PTCEL13R121MBE

Vishay / BC Components
594-PTCEL13R121MBE
PTCEL13R121MBE

Mfr.:

Description:
PTC (Positive Temperature Coefficient) Thermistors PTCEL13EL 120ohms

ECAD Model:
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In Stock: 22,071

Stock:
22,071 Can Dispatch Immediately
Factory Lead Time:
12 Weeks Estimated factory production time for quantities greater than shown.
Minimum: 1   Multiples: 1
Unit Price:
$-.--
Ext. Price:
$-.--
Est. Tariff:

Pricing (SGD)

Qty. Unit Price
Ext. Price
$2.63 $2.63
$2.50 $25.00
$2.36 $59.00
$2.27 $113.50
$1.95 $195.00
$1.82 $364.00
$1.71 $1,710.00
$1.53 $3,978.00

Product Attribute Attribute Value Select Attribute
Vishay
Product Category: PTC (Positive Temperature Coefficient) Thermistors
RoHS:  
REACH - SVHC:
PTCEL
120 Ohms
30 %
PCB Mount
Radial
- 40 C
+ 105 C
Bulk
Brand: Vishay / BC Components
Current Rating: 85 mA
Diameter: 13.5 mm
Lead Diameter: 0.6 mm
Lead Spacing: 5 mm
Product Type: PTC Thermistors
Factory Pack Quantity: 200
Subcategory: Thermistors
Voltage Rating AC: 440 VAC
Voltage Rating DC: 625 VDC
Width: 7 mm
Unit Weight: 3.500 g
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Attributes selected: 0

CNHTS:
8533400000
TARIC:
8533210000
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.