您似乎禁用了您浏览器中的JavaScript功能。本网页上的某些功能需要登录后才能使用。

VRE104CA

Name: Apex Microtechnology VRE104CA
Brand: Apex Microtechnology
SKU: 137-VRE104CA
Price: 1907.43 RMB
Availability: OutOfStock

图像仅供参考
请参阅产品规格

Mouser编号：

137-VRE104CA

制造商编号：

VRE104CA

制造商：

Apex Microtechnology

说明：

参考电压 ref +4.5V, 0.4mV error, -25/85C

数据表:

VRE104CA 数据表 (PDF)

ECAD模型:

下载免费库加载程序，将此文件转换，以供您的ECAD工具使用。了解详情。

更多信息

了解Apex Microtechnology VRE104CA详情

供货情况

库存：: 无库存

出现意外错误。请稍候重试。
生产周期：: 21 周预计工厂生产时间。

输入数量：

最少： 1 倍数： 1

单价:

¥-.--

总价:

¥-.--

预估关税:

此产品免运费

定价 (含13% 增值税)

数量	单价	总价
	¥2,155.3959	¥2,155.40
	¥1,844.9962	¥18,449.96
	¥1,767.7833	¥44,194.58
100	报价

.hidden-for-nojs { display: none; } .pull-right-nojs { justify-content: flex-end; }

产品属性	属性值	选择属性
制造商:	Apex Microtechnology
产品种类:	参考电压
RoHS:
封装:	Bulk
商标:	Apex Microtechnology
组装国:	Not Available
扩散国家:	Not Available
原产国:	US
产品类型:	Voltage References
工厂包装数量:	1
子类别:	PMIC - Power Management ICs
单位重量:	2.605 g

找到的产品:

要显示类似产品，至少选中一个复选框

要显示该类别下的类似产品，请至少选中上方的一个复选框。

已选择的属性: 0

筛选文档:

此功能要求启用JavaScript。

USHTS:: 8542390090
ECCN:: EAR99

VRE104 Ultrastable +4.5V Output Voltage Reference

Apex Microtechnology VRE104 Ultrastable +4.5V Output Voltage Reference provides up to a ±0.8mV initial accuracy and a 1.48 ppm/°C temperature coefficient over the full military temperature range. The VRE104 has superior stability, accuracy, and quality, making it ideal for precision applications. Applications include high-accuracy test and measurement instrumentation and transducer excitation. The Apex Microtechnology VRE104 can operate in two temperature ranges, -25°C to +85°C and -55°C to +125°C, and two performance grades. The devices are housed in a 14-pin hermetic ceramic package for maximum long-term stability.

Precision Reference Devices

Apex Microtechnology Precision Reference Devices provide ultrastable sine wave outputs and a temperature coefficient over the full military temperature range. Accuracy improvement of the Apex Microtechnology Precision Reference devices is possible through a unique proprietary multipoint laser compensation technique. Significant improvements have been made in other performance parameters, including warm-up drift, line regulation, and long-term stability.