PTCEL13R251NBE

Vishay / BC Components
594-PTCEL13R251NBE
PTCEL13R251NBE

Mfr.:

Description:
PTC (Positive Temperature Coefficient) Thermistors PTCEL13EL 250ohms

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In Stock: 1.731

Stock:
1.731 Can Dispatch Immediately
Factory Lead Time:
12 Weeks Estimated factory production time for quantities greater than shown.
Minimum: 1   Multiples: 1
Unit Price:
-,-- kr.
Ext. Price:
-,-- kr.
Est. Tariff:

Pricing (DKK)

Qty. Unit Price
Ext. Price
11,86 kr. 11,86 kr.
11,34 kr. 113,40 kr.
10,37 kr. 207,40 kr.
9,03 kr. 903,00 kr.
8,95 kr. 1.790,00 kr.
8,73 kr. 4.365,00 kr.

Product Attribute Attribute Value Select Attribute
Vishay
Product Category: PTC (Positive Temperature Coefficient) Thermistors
RoHS:  
REACH - SVHC:
PTCEL
250 Ohms
30 %
PCB Mount
Radial
- 40 C
+ 105 C
Bulk
Brand: Vishay / BC Components
Diameter: 13.5 mm
Lead Diameter: 0.6 mm
Lead Spacing: 5 mm
Product Type: PTC Thermistors
Factory Pack Quantity: 100
Subcategory: Thermistors
Voltage Rating AC: 480 VAC
Voltage Rating DC: 680 VDC
Width: 7 mm
Unit Weight: 3,500 g
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Attributes selected: 0

CNHTS:
8533400000
CAHTS:
8533400000
USHTS:
8533408070
JPHTS:
853340000
MXHTS:
8533409102
ECCN:
EAR99

PTCEL Inrush Current Limiting PTC Thermistors

Vishay / BC Components PTCEL 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 340J for a single PTCEL17, and they operate at high ambient temperatures of up to +105°C. The built-in self-regulated safety mechanism prevents the PTCEL thermistor from overheating in any overload situation. PTCEL thermistors are suitable for the controlled charging and discharging of high-energy capacitors with voltage levels up to 1200VDC. Resistance values can be selected from a wide range between 60Ω and 1000Ω, and 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.