PTCEL13R102SBE

Vishay / BC Components
594-PTCEL13R102SBE
PTCEL13R102SBE

制造商:

说明:
PTC热敏电阻 PTCEL13 1Kohms

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库存量: 1,462

库存:
1,462
可立即发货
在途量:
1,000
生产周期:
12
大于所示数量的预计工厂生产时间。
最少: 1   倍数: 1
单价:
¥-.--
总价:
¥-.--
预估关税:

定价 (含13% 增值税)

数量 单价
总价
¥20.2609 ¥20.26
¥18.6902 ¥186.90
¥18.4416 ¥461.04
¥15.4697 ¥773.49
¥13.56 ¥1,356.00
¥11.1644 ¥2,232.88
¥10.8367 ¥10,836.70
¥10.0909 ¥26,236.34

产品属性 属性值 选择属性
Vishay
产品种类: PTC热敏电阻
RoHS:  
REACH - SVHC:
PTCEL
1 kOhms
30 %
PCB Mount
Radial
- 40 C
+ 105 C
Bulk
商标: Vishay / BC Components
组装国: Not Available
扩散国家: Not Available
原产国: CN
直径: 13.5 mm
引线直径: 0.6 mm
引线间隔: 5 mm
产品类型: PTC Thermistors
工厂包装数量: 200
子类别: Thermistors
电压额定值 AC: 600 VAC
电压额定值 DC: 850 VDC
宽度: 7 mm
单位重量: 3.500 g
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已选择的属性: 0

CNHTS:
8533400000
CAHTS:
8533400000
USHTS:
8533408070
JPHTS:
853340000
KRHTS:
8533292000
TARIC:
8533290000
MXHTS:
8533409102
BRHTS:
85332900
ECCN:
EAR99

PTCEL浪涌电流限制PTC热敏电阻器

Vishay/BC Components PTCEL浪涌电流限制PTC热敏电阻可为各种需要受控电容器充电或放电功能的大功率应用提供安全、重复的浪涌电流限制和保护。这些热敏电阻可显著减少电路板空间和元件数量,因为它们可为单个PTCEL17吸收高达340J的更高能量水平,并且可在高达+105°C的环境温度下工作。内置自调节安全机制可防止发光二极管热敏电阻在任何过载情况下过热。PTCEL热敏电阻器适用于电压高达1200VDC 的高能量电容器的受控充电和放电。电阻值可从60Ω至1000Ω的宽范围内选择,对于需要更高能量水平或更高温度下间隔时间短的应用,这些热敏电阻可以串联/并联连接,形成一个吸收能量热敏电阻网络。

TEST Inrush Current Limiting PTC Thermistors TEST

Vishay / BC Components Inrush Current Limiting PTC Thermistors provide safe, repetitive inrush current limitation and protection in various high-power applications that require a controlled capacitor charge or discharge function. These thermistors significantly reduce board space and component count because they absorb higher energy levels of up to 240J for a single cell, and they operate at high ambient temperatures of up to +105°C. The built-in self-regulated safety mechanism prevents the thermistor from overheating in any overload situation. Suitable for controlled charging and discharging of high-energy capacitors with voltage levels up to 1200VDC, they offer resistance values from a wide range between 60Ω and 1000Ω. For applications that need higher energy levels or short interval times at higher temperatures, these thermistors can be connected in series/parallel to form a network of energy-absorbing thermistors.