3683S-1-502L BOURNS Digital Potentiometer Gangs

Review BOURNS Inch New Digital Potentiometer 2w 5kohm 3% Gangs 3683s1502l

The Bourns 3683S-1-502L Digital Potentiometer is a versatile and high-performance electronic component designed for precision voltage control applications. This 2-watt, 5kOhm digital potentiometer comes in a gang of three (3683S-1-502L), making it an ideal solution for controlling the voltage of multiple circuits simultaneously.

The heart of this digital potentiometer is its advanced digital technology, which offers superior accuracy and stability compared to traditional analog potentiometers. The 3683S-1-502L features a wide voltage range of 4.5V to 5.5V, enabling it to be used in various power supply systems. Its resistance value of 5kOhm ensures that it provides adequate current control for most low-power circuits.

This Bourns digital potentiometer is equipped with three independent channels, each capable of being controlled separately through a two-wire I2C interface. This interface simplifies the connection process and allows for easy integration into a wide range of control systems. The device also includes an onboard temperature sensor, providing real-time temperature compensation data for enhanced system performance and stability.

The 3683S-1-502L Digital Potentiometer is designed with a user-friendly control algorithm that allows for fine adjustments of output voltage in 1% increments. This feature is especially beneficial in applications where precise and accurate voltage control is crucial, such as in instrumentation, medical equipment, or automation systems.

The Bourns 3683S-1-502L Digital Potentiometer is also notable for its robust design, which includes a protective epoxy coating to safeguard against external contaminants and ensure long-term reliability. The device also conforms to RoHS and REACH regulations, making it an environmentally friendly solution for various electronic applications.

In summary, the Bourns 3683S-1-502L Digital Potentiometer is a high-performance, versatile, and accurate component designed for voltage control applications. Its advanced digital technology, user-friendly interface, and robust design make it an excellent choice for a wide range of industries and applications.

A Comprehensive Analysis of the Bourns 3683S-1-502L Digital Potentiometer

The Bourns 3683S-1-502L digital potentiometer is a popular choice for engineers and hobbyists due to its wide range of applications and features. In this analysis, we will explore the pros and cons of using this device to help you make an informed decision.

1. High Precision: The 3683S-1-502L digital potentiometer offers a high degree of precision, with a total resistance range of 2W and a maximum resistance per gang of 5kOhm. This makes it an excellent choice for applications that require fine adjustment of electrical signals.

2. Ganged Control: The potentiometer features three ganged channels, allowing for simultaneous control of multiple resistances. This feature can save time and improve the accuracy of adjustments in complex systems.

3. Wide Operating Temperature Range: The 3683S-1-502L digital potentiometer can operate over a wide temperature range (-40 C to 85 C), making it suitable for use in various environments.

4. Low Power Consumption: With a maximum power consumption of only 150mW, this digital potentiometer is energy-efficient, making it a popular choice for battery-powered applications.

5. Digital Control: The device's digital control offers the advantage of precise, repeatable, and stable resistor settings. This feature is particularly useful in applications where consistent performance is essential.

1. Complexity: Compared to traditional analog potentiometers, digital potentiometers like the 3683S-1-502L may be more complex to implement and control, requiring additional circuitry and programming.

2. Cost: Digital potentiometers, in general, tend to be more expensive than their analog counterparts due to their more advanced features and construction.

3. Sensitivity to Electromagnetic Interference: Digital potentiometers may be more susceptible to electromagnetic interference (EMI) than analog potentiometers, which can affect their performance.

The Bourns 3683S-1-502L digital potentiometer offers numerous advantages, including high precision, ganged control, a wide operating temperature range, low power consumption, and digital control. However, it also has some disadvantages, such as complexity, cost, and sensitivity to electromagnetic interference.

Considering these factors, the 3683S-1-502L digital potentiometer is an excellent choice for applications that require high precision, ganged control, and stability, such as voltage dividers, current control, and calibration systems. Its digital control feature also makes it suitable for applications that demand precise and consistent performance.

In conclusion, the pros of using the Bourns 3683S-1-502L digital potentiometer outweigh the cons, making it a recommended option for engineers and hobbyists seeking a versatile and precise resistor control solution.

Details:

New Bourns 3683S-1-502L digital potentiometer 2w 5 kohm 3% 3 gangs 3683s1502l.

specifications passivecompos:

• brand: Bourns
• mpn: 3683s-1-502l
• power rating: 2 W
• type: Digital Potentiometer

payments passivecompos:

• wallet: google-pay
• credit card: diners-club
• other

seller passivecompos:

• # reviews: 7831
• rating: 100.0%
• city: portland, oregon

offer passivecompos:

• started: july 29, 2025
• sold #: 21
• prices: $29.99–$80.00
• item condition:
  • New
  • New – Open box
  • Used
• in stock #: 5
• availability: in stock
• best offers: true
• options: ship-to-home

general passivecompos:

• category: Business & Industrial > Passive Components > Variable Resistors > Potentiometers

shipping passivecompos:

• transit: 3-9 days
• service: usps ground advantage, ups next day air, ups 2nd day air
• type: calculated
• class: standard, one-day, expedited
• carrier: usps, ups

returns passivecompos:

• policy: returns accepted
• paid by: seller
• method: money back
• time: 30 days