LT1029CZ 5V Bandgap Reference

The LT™1029 is a 5V bandgap reference intended for use in the shunt or �Zener� mode, allowing it to be used as either a positive or negative reference. The output is pretrimmed to �0.2% accuracy with 20ppm/°C maximum temperature drift. A trim pin allows additional output adjustment for even more precise output voltage.

Operating current range for the LT1029 is 700µA to 10mA. Extremely low dynamic impedance allows excellent output regulation even with fluctuating operating current.

The LT1029 will replace an LM136-5 or LM336-5 and simplify circuits using the �minimum temperature coefficient� trim network. The LT1029 does not require this special network to meet its temperature drift specification; these application network components are simply removed. If output trimming is required for initial accuracy, the diodes in the trim network should be replaced with jumpers

产品特点 Features

0.2% Output Tolerance
0.6 ohms Shunt Impedance
700µA to 10mA Operating Current
Pin Compatible with LM136-5
20ppm/°C Max. Drift
Output Voltage Trim does not Affect Drift
Can be Used as Positive or Negative Reference

参数

应用

A-to-D and D-to-A Converters
Precision Regulators
Precision Current Sources
V to F and F to V Converters

典型应用图

LT1029CZ 订购信息和价格参考Package Variations and Pricing

器件型号	封装	引脚	温度	价格 (以 1 ~ 99 片为批量)	价格 (以 1000 片为批量) *
LT1029ACZ	TO-92	3	C	$3.00	$2.50
LT1029ACZ#PBF	TO-92	3	C	$3.00	$2.50
LT1029ACZ#TR	TO-92	3	C		$2.56
LT1029ACZ#TRPBF	TO-92	3	C		$2.56
LT1029AMH	METAL CAN	3	M
LT1029CZ	TO-92	3	C	$1.83	$1.55
LT1029CZ#PBF	TO-92	3	C	$1.83	$1.55
LT1029CZ#TR	TO-92	3	C		$1.61
LT1029CZ#TRPBF	TO-92	3	C		$1.61
LT1029MH	METAL CAN	3	M

LT1029CZ 数据手册及相关资料下载

数据手册(英文) : LT1029 - 5V Bandgap Reference.PDF
应用指南 (英文) : AN42 - Voltage Reference Circuit Collection.PDF
应用指南 (英文) : AN57 - Video Circuit Collection .PDF
设计要点 (中文) : DN341 - 16 位 ADC 简化了电流测量.PDF
设计要点 (英文) : DN341 - 16-Bit ADC Simplifies Current Measurements.PDF
可靠性数据 : R081 Reliability Data .PDF
产品选型卡 : Precision High Side Current Sense Amplifiers.PDF
LT Journal : Aug 1998 Component and Measurement Advances Ensure 16-Bit DAC Settling Time (Part One).PDF
LT Journal : March 2009 - How to Choose a Voltage Reference.PDF