KA431D
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- Mfr.Part #
- KA431D
- Manufacturer
- Fairchild Semiconductor
- Package / Case
- 8-SOIC (0.154, 3.90mm Width)
- Datasheet
- Download
- Description
- IC VREF SHUNT ADJ 2% 8SOIC
- Stock
- 48,600
- In Stock ：
- 48,600
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- Manufacturer :
- Fairchild Semiconductor
- Product Category :
- Voltage Reference
- Tolerance :
- ±2%
- Output Voltage :
- 36V
- Packaging :
- Tape and Reel (TR)
- Moisture Sensitivity Level (MSL) :
- 1 (Unlimited)
- Terminal Form :
- Gull wing
- Max Input Voltage :
- 36V
- Number of Terminations :
- 8
- Max Output Voltage :
- 36V
- Terminal Finish :
- Tin (Sn)
- Number of Functions :
- 1
- Factory Lead Time :
- 2 Weeks
- Current - Cathode :
- 1mA
- Radiation Hardening :
- No
- Trim/Adjustable Output :
- yes
- Current - Output :
- 100mA
- Temperature Coefficient :
- 50ppm/°C Typical
- Package / Case :
- 8-SOIC (0.154, 3.90mm Width)
- Min Output Voltage :
- 2.5V
- Length :
- 4.92mm
- Terminal Position :
- Dual
- Mount :
- Surface Mount
- Analog IC - Other Type :
- TWO TERMINAL VOLTAGE REFERENCE
- Operating Temperature :
- -25°C~85°C TA
- Output Type :
- Adjustable
- Mounting Type :
- Surface Mount
- Base Part Number :
- KA431
- Max Output Current :
- 100mA
- Published :
- 2012
- Lead Free :
- Lead Free
- Width :
- 3.95mm
- Weight :
- 230.4mg
- RoHS Status :
- ROHS3 Compliant
- Lifecycle Status :
- ACTIVE (Last Updated: 1 day ago)
- Pbfree Code :
- yes
- JESD-609 Code :
- e3
- Number of Outputs :
- 1
- Reference Type :
- Shunt
- Additional Feature :
- THE OUTPUT VOLTAGE MAY BE SET TO ANY VALUE BETWEEN 2.5V AND 36V WITH TWO EXTERNAL RESISTORS
- ECCN Code :
- EAR99
- Number of Pins :
- 8
- Number of Channels :
- 1
- Datasheets
- KA431D
[Voltage Reference Fairchild Semiconductor KA431D] Overview
Discover the epitome of precision and reliability with the [Voltage Reference Fairchild Semiconductor KA431D]. Crafted to exacting standards by Fairchild Semiconductor, this integrated circuit (IC) redefines shunt voltage references with its unparalleled performance and versatility. Designed to provide a stable voltage reference in a wide range of applications, the KA431D ensures consistent and accurate voltage regulation, making it an indispensable component for critical electronic systems.
Whether you're engineering cutting-edge industrial machinery or designing intricate electronic devices, trust the [Voltage Reference Fairchild Semiconductor KA431D] to deliver unmatched precision and dependability, empowering your projects to reach new heights of performance and efficiency.
KA431D Features
- Adjustable shunt voltage reference
- 2% reference voltage tolerance
- 8-pin small outline integrated circuit (SOIC) package
- Wide operating temperature range
- Low dynamic output impedance
- High precision and stability
- Low input current
- Excellent line and load regulation
- Cost-effective solution
KA431D Applications
- Industrial Automation: The KA431D is ideal for voltage regulation in industrial automation systems, ensuring consistent and stable power supply voltages for PLCs, motor drives, and control circuits, thereby enhancing operational reliability and efficiency.
- Telecommunications: In telecommunications equipment such as routers, switches, and base stations, the KA431D plays a crucial role in maintaining precise reference voltages, contributing to optimal signal integrity and network performance.
- Automotive Electronics: Automotive applications benefit from the KA431D's ability to provide accurate voltage references for various onboard systems, including engine control units (ECUs), dashboard displays, and safety systems, ensuring safe and reliable operation under diverse operating conditions.
- Consumer Electronics: From high-end audio equipment to portable electronic devices, the KA431D delivers consistent voltage references essential for powering analog and digital circuits, enabling superior audio fidelity, display clarity, and overall performance.
- Power Supplies: The KA431D is widely employed in voltage regulator modules and power management circuits within power supplies, ensuring precise voltage regulation and stability across varying load conditions, thereby enhancing overall system efficiency and reliability.
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