Transistor Arrays

Transistor arrays are integrated circuits that consist of multiple transistors packaged together to perform a variety of functions. These arrays are designed to offer enhanced performance, reduced space, and simplified circuit design compared to using individual transistors. In applications where multiple transistors are needed, such as in amplification, switching, or signal processing, transistor arrays provide a compact and efficient solution.

One of the core functions of transistor arrays is to facilitate the simultaneous control of multiple signals. This is particularly useful in digital circuits where logic gates are implemented using arrays of transistors. The ability to combine several transistors into a single package allows for more complex operations while minimizing the number of discrete components required on a circuit board.

Transistor arrays come with a variety of technical features that enhance their usability and performance. For instance, they often include built-in biasing networks, which simplify the design process by eliminating the need for external components. Additionally, these arrays can be designed for specific applications, such as low-power operation, high-speed switching, or high-voltage handling, making them versatile for a wide range of industries.

In terms of industry applications, transistor arrays are widely used in consumer electronics, telecommunications, automotive systems, and industrial automation. For example, in consumer electronics, they are commonly found in audio amplifiers, where they help drive speakers with improved fidelity. In telecommunications, transistor arrays are essential for signal processing and amplification in both analog and digital communication systems.

Furthermore, in automotive systems, these arrays are utilized in various control applications, including engine management systems and safety features. Their compact design allows for efficient use of space within the limited confines of automotive electronics.

Overall, transistor arrays represent a significant advancement in circuit design, providing engineers with the tools to create more efficient, reliable, and compact electronic systems. As technology continues to evolve, the demand for these versatile components is expected to grow, driving innovation and enhancing the capabilities of electronic devices across multiple sectors.

Transistor Arrays is a subcategory of Transistors (BJT & Programmable Unijunction)

Transistor Arrays

2N6073

ON Semiconductor TRIACs for various applications

2N6348

12A 600V TRIACs in TO-220AB package

2N6075

Triac components with 4A, 600V in different packages

AD8130ARM

Differential amplifier ICs and evaluation boards

AD605AR

Low - noise dual VGA amplifiers in SOIC form

AD8131ARM

Differential line driver ICs and evaluation boards

AD8362

Analog Devices RF detector evaluation boards

BTA24-600

25A 600V TRIACs in TO-220AB package

BTA10-400

TRIACs with 400V/10A in TO-220AB form

BTA40

TRIACs with various voltages and 40A rating

BTA04-700

Triacs in TO-220AB for 700V/4A applications

DRV135UA

Single-channel audio line drivers in 8-pin SOIC for balanced audio applications

EL5177IY

High-speed differential line driver ICs in compact MSOP packages

EL5171

Single differential line driver amplifiers in 8-pin SOIC format

EL9110IUZ

Single differential receiver/equalizer IC in 16-pin QSOP package

EL5174IS

High-speed differential amplifiers and drivers in 8-pin SOIC format

HFA1112IB

Programmable gain amplifiers and buffers in 8-pin SOIC packages

INA2134

Dual-channel audio differential line receivers in 14-pin SOIC/PDIP packages

K2400E

High-energy SIDAC thyristors in TO92 package for voltage control

LMH6515

600 MHz digital controlled variable gain amplifier evaluation kits

LMH6505MM

Low-power, wideband variable gain amplifiers with rail-to-rail I/O

LMH6503MA

Wideband, low-power, linear variable gain amplifiers in 14-pin SOIC packages

LMH6555SQ

High-speed, low-distortion differential amplifiers for signal processing

MCP6G03

General-purpose and variable gain amplifiers in compact 8-pin SOIC/MSOP packages

MCP6S22

Programmable gain amplifiers with rail-to-rail I/O in 8-pin packages

MCP6S21

Programmable gain amplifiers with rail-to-rail I/O in 8-pin packages

MCP6S26

Programmable gain amplifiers with rail-to-rail I/O, 14-pin packages

PGA309

Programmable sensor conditioner evaluation boards with 16-pin TSSOP packaging

PGA103

Programmable gain amplifiers in 8-pin SOIC for versatile signal processing

PGA116AIPW

Programmable gain amplifiers with rail-to-rail I/O in 20-pin TSSOP packaging

Q4008R

TO-220 packaged TRIACs for power control applications

Q8012LH

High-power 800V 12A triacs in TO-220 package for robust electrical control

Q6012LH

600V 12A Triacs and Alternistors in TO-220 packages for LED and general use

Q8025P

High-power triacs for switching applications in TO-3 packages

RI-RFM

High-performance RF modules for remote antenna and automotive applications

SN75ALS191

Dual differential line drivers for RS-422 communication interfaces

SSM2143

Differential line receiver ICs for audio signal processing in 8-pin packages

SSM2142

Audio and differential line driver ICs in various packages

SST12LF

2.4GHz WLAN front-end modules with integrated power and low-noise amplifiers

THS7002

Dual-channel high-speed programmable gain amplifiers for precision applications

THS7001

High-speed programmable gain amplifiers in 20-pin HTSSOP packaging

VCA810

Single-channel voltage-controlled amplifiers with adjustable gain, 8-pin SOIC

XTR108

USB evaluation modules for programmable 4-20mA two-wire transmitters

XTR115U

8-pin SOIC current loop transmitters for 4-20mA signal conversion

XTR116U

4-20mA current loop transmitters in 8-pin SOIC for signal conversion

XTR105U

14-pin SOIC current loop transmitters for sensor excitation and linearization

PGA112AIDGST

Precision zero-drift programmable gain amplifiers with rail-to-rail I/O

VCA810AID

Single-channel voltage-controlled amplifiers with adjustable gain in SOIC package

THS7001IPWP

High-speed programmable gain amplifiers in 20-pin HTSSOP packages

VCA810ID

Single-channel voltage-controlled amplifiers with adjustable gain in SOIC packages

2N6073

ON Semiconductor TRIACs for various applications

2N6348

12A 600V TRIACs in TO-220AB package

2N6075

Triac components with 4A, 600V in different packages

AD8130ARM

Differential amplifier ICs and evaluation boards

AD605AR

Low - noise dual VGA amplifiers in SOIC form

AD8131ARM

Differential line driver ICs and evaluation boards

AD8362

Analog Devices RF detector evaluation boards

BTA24-600

25A 600V TRIACs in TO-220AB package

BTA10-400

TRIACs with 400V/10A in TO-220AB form

BTA40

TRIACs with various voltages and 40A rating

BTA04-700

Triacs in TO-220AB for 700V/4A applications

DRV135UA

Single-channel audio line drivers in 8-pin SOIC for balanced audio applications

EL5177IY

High-speed differential line driver ICs in compact MSOP packages

EL5171

Single differential line driver amplifiers in 8-pin SOIC format

EL9110IUZ

Single differential receiver/equalizer IC in 16-pin QSOP package

EL5174IS

High-speed differential amplifiers and drivers in 8-pin SOIC format

HFA1112IB

Programmable gain amplifiers and buffers in 8-pin SOIC packages

INA2134

Dual-channel audio differential line receivers in 14-pin SOIC/PDIP packages

K2400E

High-energy SIDAC thyristors in TO92 package for voltage control

LMH6515

600 MHz digital controlled variable gain amplifier evaluation kits

LMH6505MM

Low-power, wideband variable gain amplifiers with rail-to-rail I/O

LMH6503MA

Wideband, low-power, linear variable gain amplifiers in 14-pin SOIC packages

LMH6555SQ

High-speed, low-distortion differential amplifiers for signal processing

MCP6G03

General-purpose and variable gain amplifiers in compact 8-pin SOIC/MSOP packages

MCP6S22

Programmable gain amplifiers with rail-to-rail I/O in 8-pin packages

MCP6S21

Programmable gain amplifiers with rail-to-rail I/O in 8-pin packages

MCP6S26

Programmable gain amplifiers with rail-to-rail I/O, 14-pin packages

PGA309

Programmable sensor conditioner evaluation boards with 16-pin TSSOP packaging

PGA103

Programmable gain amplifiers in 8-pin SOIC for versatile signal processing

PGA116AIPW

Programmable gain amplifiers with rail-to-rail I/O in 20-pin TSSOP packaging

Q4008R

TO-220 packaged TRIACs for power control applications

Q8012LH

High-power 800V 12A triacs in TO-220 package for robust electrical control

Q6012LH

600V 12A Triacs and Alternistors in TO-220 packages for LED and general use

Q8025P

High-power triacs for switching applications in TO-3 packages

RI-RFM

High-performance RF modules for remote antenna and automotive applications

SN75ALS191

Dual differential line drivers for RS-422 communication interfaces

SSM2143

Differential line receiver ICs for audio signal processing in 8-pin packages

SSM2142

Audio and differential line driver ICs in various packages

SST12LF

2.4GHz WLAN front-end modules with integrated power and low-noise amplifiers

THS7002

Dual-channel high-speed programmable gain amplifiers for precision applications

THS7001

High-speed programmable gain amplifiers in 20-pin HTSSOP packaging

VCA810

Single-channel voltage-controlled amplifiers with adjustable gain, 8-pin SOIC

XTR108

USB evaluation modules for programmable 4-20mA two-wire transmitters

XTR115U

8-pin SOIC current loop transmitters for 4-20mA signal conversion

XTR116U

4-20mA current loop transmitters in 8-pin SOIC for signal conversion

XTR105U

14-pin SOIC current loop transmitters for sensor excitation and linearization

PGA112AIDGST

Precision zero-drift programmable gain amplifiers with rail-to-rail I/O

VCA810AID

Single-channel voltage-controlled amplifiers with adjustable gain in SOIC package

THS7001IPWP

High-speed programmable gain amplifiers in 20-pin HTSSOP packages

VCA810ID

Single-channel voltage-controlled amplifiers with adjustable gain in SOIC packages