Wheatstone Bridge

[@ljhoothoot7370]

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[@AdlyMan]

The resistive transducer in a Wheatstone Bridge is a resistor that changes its resistance based on the physical quantity that is being measured.

[@mithulmuthu9016]

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[@titleatptitleinsertcoordin3701]

wheat stone bridge has 3 resistor and 1 transducer which could be a thermistor etc... and when the temperature changes, the resistance of the thermistor will also change affecting the Vba. epic video on wheat stone bridge:)

[@AndreYapHJ]

The Wheatstone Bridge essentially acts as two separate voltage divider circuits. One with a fixed resistance and one with a varying resistance with the use of a thermistor. This allows for high accuracy as little changes in temperature changes the the resistance as well. A VBA value can be set as standard and any change in temperature will change the VBA value, allowing for the device that knows the VBA value to know the temperature.

[@DanialAhmad-e7e]

One of the four resistors which make up the Wheatstone Bridge is a resistive transducer. By just applying the voltage divider rule, we can get the voltage values at VA and VB. When a resistive transducer, like a thermistor, is used to measure temperature, the VBA is affected by changes in the transducer's resistance as the temperature changes. Determining VBA helps to calculate the temperature.

[@ARDRABABURAJ]

A very good explanation. A Wheatstone Bridge is made of four resistors ; 3 of them are normal resistors and this is a resistive transducer which means it is a resistor whose resistance will change based on the physical quantity that is measuring. The example of a resistive transducer is a thermistor, it measures the temperature when the temperature changes the resistance of a thermistor will change.so when the resistance okay so when the temperature changes the resistance of this transducer will change and when this resistance changes it will affect the VBA and the VBA will change. So by using wheatstone bridge we can able to determine the temperature by measuring the VBA .

[@user-jz3kd9ex3h]

The balance between resistance and voltage makes this bridge a major role in electrical engineering

[@SHIVA-jf2bn]

The instrumentation amplifier KZbin video is outstanding, offering a thorough exploration of this vital electronic component. It excels in simplifying complex concepts for a wide audience, with a presenter who captivates through clear explanations. Meticulous attention to detail covers aspects like differential amplification and common-mode rejection ratio, complemented by visuals. The video caters to both beginners and advanced viewers, emphasizing practical applications and bridging the gap between theory and implementation. Overall, it's not just educationally valuable but also inspires curiosity and appreciation for electronic engineering intricacies.

[@mohamedidrees8603]

The Wheatstone bridge is made of two voltage regulators. The resistance of the transducers, R transducser changes when there is a physical aspect or factor that can be measured the change in resistance can be measured in the VB and any changes made in the resistor measured through the VB gives extremely accurate measurements of resistance

[@don_a_than6217]

The Wheatstone Bridge is a circuit used to measure changes in resistance due to physical quantities, such as temperature. It consists of four resistors, including a resistive transducer. By analyzing voltage differences, accurate measurements can be obtained, making it useful for various applications like temperature, strain, and light measurement.

[@sedneko]

The Wheatstone Bridge is a circuit designed for precise measurement of changes in resistance, often using a resistive transducer whose resistance varies with physical conditions like temperature, light, or strain. It works by comparing voltage differences across two voltage dividers, where the change in resistance alters the output voltage. This output can be accurately measured to detect and quantify the physical change. Applications include temperature sensing with thermistors, strain measurement with strain gauges, and light detection with LDRs, making the Wheatstone Bridge a versatile tool for monitoring various physical phenomena.

[@luqmannhaqim5502]

Wheatstone bridge is how amplifiers offers a clear, engaging overview, making complex concepts accessible to all levels. It covers key topics like differential amplification, CMRR, input impedance, and gain adjustment, blending theory with practical applications.

[@armoury9844]

A Wheatsone Bridge is made out 4 resistors, 3 normal resisters and 1 resistive transducer which changes its resistive value based on the physical quantity being measured. Some examples of a resistive transducer are thermistor and light sensors.

[@Honeydew818]

The Wheatstone bridge is an electrical circuit used to accurately measure unknown resistances by balancing two branches of the circuit. It provides superior precision compared to a basic voltage divider, making it suitable for resistive transducers that measure physical parameters such as temperature, pressure, and strain. Variations in the transducer's resistance (Rtrans) caused by changes in these parameters lead to a measurable change in the bridge voltage (VBA), enabling precise detection and analysis.

[@aleenasaramj]

A Wheatstone Bridge is a circuit used for measuring electrical resistance, The bridge is made up of four resistors arranged in a diamond pattern, with a voltage source across the top and a galvanometer (a sensitive current-measuring device) across the bottom. The bridge is often used to determine the unknown resistance of a resistor in one of the bridge's arms.

[@meringeorge4398]

The Wheatstone bridge have two voltage dividers. In the Wheatstone bridge when a resistive transducer like thermistor is used which helps to measure temperature, when the temperature changes the resistance of the transducer also changes that affect the VBA. Finding VBA in turn helps to find the temperature.

[@pauleen4231]

This bridge plays a crucial role in electrical engineering since it balances voltage and resistance.

[@ayanon8610]

The Wheatstone bridge is a versatile electrical circuit designed to measure an unknown electrical resistance. It comprises four resistors arranged in a diamond-like configuration. A galvanometer, a sensitive current-measuring instrument, is connected between the midpoints of the two parallel branches. When the bridge is balanced, no current flows through the galvanometer, indicating that the ratio of resistances in one branch is equal to the ratio in the other branch. This principle enables the calculation of the unknown resistance based on the known resistances. Wheatstone bridges are employed for precise resistance measurements and a variety of other applications, including strain measurement, temperature sensing, and more.

[@marcuschiam5034]

The wheatstone bridge consisists of 4 resistors and one of the resistors is a resistive transducer. We can attain the voltage values at VA and VB by simply applying the voltage divider rule.

[@phyoethirimay2958]

Wheatstone bridge is an electrical circuit used to measure an unknown electrical resistance by balancing two legs of a bridge circuit. Wheatstone bridge is made up of four resistors, and three of them are normal resistors whereas the other one is the resistive transducer which means its resistance will change according to the physical quantity being measured. For instance, the thermistor measures the temperature and when the temperature changes, the resistance of the resistive transducer will change. Hence, the change in the resistance of resistive transducer will affect the V(BA) so that we can determine the temperature by measuring the V(BA).

[@KhineHsuYeeWynnt]

Very good explanation

[@saniyamathew1663]

Three resistors and one transducer (thermistor, LDR, etc.) make up the Wheatstone Bridge. Depending on the transducer change, the Vba value varies. To determine the value of a specific voltage point, we can apply the voltage divider rule.

[@ardra5131]

The Wheatstone bridge consists of four resistors connected in a diamond shape. Two of the resistors are known, and the other two are unknown. The unknown resistance is measured by adjusting the variable resistor until the bridge is balanced. When the bridge is balanced, the current flowing through the two diagonal branches of the circuit is equal. This can be detected using a galvanometer or a sensitivity bridge indicator.

[@m_stak3n596]

Thermistor is an example of a resistive transducer. When temp changes, Resistance of the transducer changes which ultimately affects the VBA. Using wheatstone bridge, able to determine the temp by measuring Vba.

[@Maoronaoak.]

The Wheatstone Bridge is a precise circuit for measuring unknown resistances by balancing two legs of a bridge circuit. It operates on the principle of null deflection, ensuring accuracy in electrical measurements. Widely used in instrumentation, it forms the foundation for strain gauge and sensor-based applications.

[@weijie3587]

A Wheatstone Bridge consists of four resistors. One transducer, three regular resistors, and a quantity that we measure all influence the transducer's resistance.

[@RS_9282]

Wheatstone Bridge consists of 3 resistors and one resistive transducer used to measure physical quantities such as temperature, pressure, and strain. The resistance of the transducers, Rtrans, changes with the physical quantity being measured, and this change in resistance is measured as a change in the voltage across the bridge (VBA).

[@abhinavshiju4690]

The Wheatstone bridge consists of four resistors arranged in a diamond shape, with a voltage source connected across the top and bottom of the diamond and a galvanometer connected between the two sides. The bridge is typically used to measure an unknown resistance by adjusting the values of the known resistors until the bridge is balanced.

[@NaveenaJoy-s1s]

The Wheatstone bridge comprises two voltage dividers coupled to one resistive transducer and three regular resistors. One use for the Wheatstone bridge and resistive transducer is the measurement of physical parameters like temperature. Usually, the bridge tests an unknown resistance by varying the known resistor values until the bridge achieves equilibrium. The voltage between nodes A and B may be used to monitor minute changes in these values since the circuit that was established is so exact. That is, V(BA) will change in response to changes in resistance, which will change in response to changes in temperature or any other physical quantity.

[@weida2616]

Wheatstone Bridge consists of 2 voltage dividers. We can apply the voltage divider equation to find VA and VB, respectively. If we replace the Rtransducer with a thermistor, when the temperature changes, the resistance of the Rtransducer and the voltage across VBA will change.

[@yuweizhang4948]

A Wheatstone bridge is an electrical circuit used to measure unknown resistance by balancing two legs of a bridge circuit. It consists of four resistors arranged in a diamond shape, with a voltage source and a galvanometer. When the bridge is balanced (no current flows through the galvanometer), the ratio of two known resistors equals the ratio involving the unknown resistance, allowing its value to be calculated precisely. It is widely used in sensors and precision measurement devices. -Yuwei-

[@mohdshahrilizzanbinmohdsha9361]

Wheatstone bridge is an electrical circuit which is made up of 3 resistors and 1 resistive transducer, which is used to measure an unknown electrical resistance by balancing two legs of a bridge circuit.

[@amirulaqil9786]

A Wheatstone Bridge consists of four resistors. One transducer and three regular resistors. If the temperature increases, the R Trans will change and causing the VBA to also change.

[@halimyasin1107]

The Wheatstone bridge has two voltage dividers with three normal resistors and one resistive transducer connected together.We can use voltage divider rule to find the value of the certain voltage point, the Wheatstone bridge achieves balance by adjusting the values of the known resistors.

[@Kaden-g8n]

Within the wheatstone bridge circuit, the transducer value changes if the physical quantity (Temperature for example) changes as well. Changing the value of the transducer also changes the values of our VBA. This relation can be seen using the Voltage divider rule when finding out VBA to see the changes of Physical quantity, Transducer and VBA values.

[@andrewchan8038]

The Wheatstone bridge is used for the precise measurement of low resistance. Wheatstone bridge and an operational amplifier are used to measure physical parameters such as temperature, light, and strain.

[@momo._.899]

The Wheatstone Bridge comprises three standard resistors and one transducer (such as a thermistor or LDR). The voltage across points B and A (Vba) varies in response to changes in the transducer's resistance (R transducer). This variation can be determined using the voltage divider rule.

[@myatthiri0407]

In Wheatstone Bridge, 4 resistors are connected like a diamond shape. Three of them are normal resistors but one is a resistive transducer. The resistance of this resistive transducer changes as the temperature changes and this will also affect V(BA).

[@shamnadshams9359]

The Wheatstone bridge consists of two voltage dividers with three normal resistors and one resistive transducer connected together. An application of the Wheatstone bridge along with the resistive transducer is to measure physical quantities such as Temperature. As the created circuit is so accurate, minute changes in these quantities can be measured by measuring the Voltage across node A and node B. i.e., V(BA) will change with the changes in resistance which in turn changes with any change in temperature (or any other physical quantities).

[@baaboon331]

The Wheatstone Bridge is an electrical circuit used to measure an unknown resistance. It consists of four resistors arranged in a diamond shape with a voltage source connected across the top and bottom points. When the bridge is balanced, the ratio of resistances in one leg is equal to the ratio in the other leg. This balance is indicated by zero current flow through a connected galvanometer. By adjusting known resistances and observing the balance, the unknown resistance can be determined using the Wheatstone Bridge equation. This principle is widely applied in measuring resistances and is the basis for various electronic measurement devices.

[@Phyooo04]

The Wheatstone Bridge consists of 3 resistors and one transducer(LDR,thermistor) etc. The value of the Vba changes depending on the change of transducer. We can use voltage divider rule to find the value of the certain voltage point

[@Ai_sh_24]

Three resistors and one transducer (thermistor, LDR, etc.) make up the Wheatstone Bridge. Depending on the transducer change, the Vba value varies. To determine the value of a specific voltage point by applying the voltage divider rule.

[@pavi2971]

The Wheatstone bridge consists of two voltage dividers with three normal resistors and one resistive transducer connected together.We can use voltage divider rule to find the value of the certain voltage point, the Wheatstone bridge achieves balance by adjusting the values of the known resistors.

[@i.kuroyuusha5718]

The Wheatstone Bridge is a precise circuit for measuring unknown resistances by balancing two legs of a bridge circuit.

[@LenoShelly]

Three standard resistors and one transducer (thermistor, LDR, etc.) are present in Wheatstone Bridge. Depending on how the R transducer changes, the value of Vba changes. It is calculable with the voltage divider rule.

[@avanimanjith]

Wheatstone bridge is an electrical circuit used to measure an unknown electrical resistance by balancing two legs of a bridge circuit.Ability to provide extremely accurate measurements of resistance is its main advantage.

[@SruthySuresh-m8b]

The Wheatstone Bridge is a circuit used for measuring an unknown electrical resistance by balancing two legs of a bridge circuit.

[@RaySu007]

A Wheatstone bridge is a circuit used to measure an unknown electrical resistance by balancing two legs of a bridge circuit.

[@yxsew5598]

Wheatstone Bridge consists of 2 voltage dividers. We can apply the voltage divider equation to find VA and VB, respectively.

[@johnd.5277]

The Wheatstone Bridge circuit comprises four resistors, one being a resistive transducer that changes resistance based on a physical quantity. Examples of resistive transducers include thermistors for measuring temperature. The temperature can then be determined by measuring the Vba of the circuit.

[@nazrulhawk]

A Wheatstone bridge is an electrical circuit has a fixed resistance with another option being a varying resistance that is used to measure an unknown electrical resistance by balancing two separate voltage divider circuits,

[@bradan4712]

The resistance of the resistive transducer will only change based on the physical quantity that is measured. Wheatstone bridge allows a small change in temperature accurately when measuring the VBA.

[@Jareth-hj7zd]

Wheatstone bridge is used with resistive transducers to measure physical quantities such as temperature, pressure, and strain. Resistive Transducer is greater than VBA

[@iiTzTwiZz]

The Wheatstone brigde consist of 4 resistors where 3 of them are normal resistors and one is a resistive transducer which changes its resistance based on physical quantity that we are measuring. For example, thermistors, where the temperature can be determined by measuring the Vba of the circuit.

[@DarkPG-i4s]

Comprising four resistors arranged in a diamond configuration, the Wheatstone bridge features a voltage source connected across the upper and lower segments, with a galvanometer linked between the two sides. Commonly employed for measuring an unknown resistance, the Wheatstone bridge achieves balance by adjusting the values of the known resistors.

[@BooyalaBooyalaMamaEh]

Wheatstone Bridge is made up of 2 voltage divider. We can apply the voltage divider equation to find out VA and VB respectively and if we replace Rtransducer with a thermistor, when the temperature changes, the resistance of the Rtransducer and the voltage across VBA will change.

[@ashiranatasha465]

The thermistor is used to measure the temperature. When the thermistors detects the changes in temperature it will affect the resistance value

[@yizziylee1881]

VA and VB are obtained by applying the voltage divider equation to the corresponding branches of the Wheatstone Bridge.

[@nyeinhsuhtun]

Wheatstone Bridge circuit which is made up of three normal resistors and one resistive transducer. Resistive transducer such as strain gauge, LDR, Thermistor changes its resistance with the physical quantity changes(e.g. light, temperature) being measured.

[@MuhammadAnwar-t8o]

The wheatstone bridge contains 3 resistors and 1 transducer. However it was seperated between two ways using the two voltage divider of VA and VB. However another part like when the resistance of the transducer change, it will also made the changes to the voltage across of VA and VB. However how does the resistance of the transducer change is control by a device like a thermostat which is the temperature to adjust it.

[@jeswinjoy2086]

Wheatstone Bridge has 3 normal resistors and one transducer(thermistor,LDR, etc). The value of Vba canges depending on the change of R transducer. It can be calculated using voltage divider rule

[@nurhadirah6868]

Wheatstone Bridge is made up of 3 normal resistors and a Resistive Transducer. An example of a Resistive Transducer is a thermistor in which the resistance will change based on its physical quantities.

[@DhoshithaBalaji]

A Wheatstone Bridge is a precise circuit for measuring unknown resistances physical based on the quantity that is being measured.

[@johnathanthan-b8v]

very detailed video easy to understand. Wheatstone Bridge has 3 resistors and 1 transducer

[@jingshunchin3346]

wheatstonebridge has 3 resistors and transducer and its able to change resistance based on the measuring component.

[@trixnne]

The Wheatstone Bridge is made up of 4 resistors. 3 normal resistors and 1 transducer which affects the resistance of the transducer based on the quantity that we measure.

[@Phantomixxx]

The Wheatstone bridge consists of four resistors arranged in a diamond shape with a voltage source connected across the top and bottom. Three of them are normal resistors but one is a resistive transducer.

[@cobbl5109]

bala kumar the goat

[@rek7760]

A Wheatstone Bridge is made up of 4 resistors, and adjusts its resistance based on the physical quantity that is being measured

[@roshan7493]

wheatstone bridge has 3 resistors and 1 transducer. It is used to get accurate measurements of resistance.

[@luvlego906]

cool video Mr Bala😁

[@xicor8631]

straight fire🔥🔥🔥

[@rashlynkalliath8233]

Three common resistors and one transducer, like as LDR or thermistor, make up the Wheatstone Bridge. Changes in the resistance of the transducer (R transducer) cause variations in the voltage across points B and A (Vba).

[@manalojonathan7288]

The Wheatston Bridge comprises of 3 normal resistor and 1 resistive transducer.Which means the resistor will change based on the physical quantity you are measuring.In a thermostat you are able to measure the temperature based on measuring the Vba

[@dennissoon2430]

this video made me understand that the resistive transducer is based on 2 voltage divider

[@cobbl5109]

The wheatstone bridge consist of 4 resistors arranged in a diamond, with a voltage source that is connected from the top and the bottom.

[@raikab.r3423]

The wheatstone bridge consists of 3 resistors and 1 resistive tranducer, which will change its resistance based on physical quantity that is measured.

[@tamalan_tree4310]

wheatstone Bridge is made of 3 resistors and 1 transducer. And that when the temperature changes, the resistance of the transisor will change and the Vba will be changes.

[@gwiltz7231]

Wheatstone Bridge is made up of two Voltage dividers. An example for Wheatstone bridge is a Thermister where one can find temperature by measuring VBA

[@SECONDHANDSLIPPERS]

the rtrans is used to measure physical quantities such as temperature or strains

[@amoschew8819]

the wheatstone bridge contain 4 resistor , 3 normal , 1 resistive transducer , if temperature is affected, its affected R Trans which will affect the Vba

[@sudds9340]

Wheatstone Bridge - made of 4 resistors, 3 normal 1 resistive transducer - Resistive transducer changes proportionally when temperature changes - Voltage can be found by using voltage divider rule -VBA can be used to find temperature and vice versa

[@imantrips873]

Wheatstone bridge has 3 resistors and 1 transducer. change in temperature can be measured by VBA.

[@muhd_danial]

The Wheatstone bridge is made up of four resistors, three standard resistors and one resistive transducer that modifies resistance in response to the physical quantity being measured. Take thermistors, for instance, where the circuit's Vba may be measured to determine the temperature.

[@Idk-rt7hn]

Wheatstone Bridge consists of 3 resistors and 1 transducer which causes the Voltage to change.

[@spylex7402]

A wheatstone bridge is an electrical circuit thats made out of 2 voltage dividers

[@Mysticalvoid7148]

The Wheatstone Bridge is made up of two voltage divider one with VA and another with VB and they are arranged in a diamond shape both the voltage divider will have the same input voltage source.

[@dylanlee3402]

the wheatstone bridge has 3 resistors and 1 transducer to measure temperature and pressure

[@raneesuika4766]

Wheatstone brigde is made from 3 resistors and 1 transducer(Resistor). This Transducer is able to change its own resistance base on the physical quantity that it is measuring

[@LucasLok-c4v]

wheatstone bridge is made of 3 resistors and 1 transducer (resistor) which the latter can change its own resistance values based on the physical quantity it measures

[@Legends_CCC]

By using the Wheatstone Bridge, the temperature can be found by measuring the VBA.

[@xinning8046]

when temperature changes, resistor of transducer change, which will affect the VBA

[@nawsantaung437]

M Naw: Wheatstone bridge is made up of 2 voltage dividers circuit and is able to provide extremely accurate measurements of resistance. And by using Wheatstone bridge, we can measure the physical change in the physical quantity.

[@ichiko_sakura]

How a small change in temperature can be measured accurately by measuring the VBA

[@ryansu6721]

the bridge consist of 2 voltage divider with a transresistor and it can measure temperature accurately

[@jackseperoow9475]

the Rtransducer will change in resistance when the temperature changes

[@ChueThinzarHtun]

The key takeaway from this video is that the Wheatstone bridge is made up of 2 voltage-divider circuit, by using three normal resistors and one resistive transducer which will change its resistance by changing the physical quantities like temperature, pressure and strain.