MOX-2N-131004FE
OhmiteThe MOX-2N-131004FE is a high-voltage, non-inductive, thick-film axial resistor with a resistance of 1 MΩ and a power rating of 3.0W. .. Ver descripción completa
Atributo del producto
Valor de atributo
Seleccionar atributo
Productos Encontrados: 0
Proveedor:
Ohmite
Nº de pieza:
MOX-2N-131004FE
RoHS:
Yes
HTS:
8533210090
COO:
MX
ECCN:
EAR99
Paquete estándar del proveedor
10
Tipo de paquete:
BULK
Termination Style:
Axial
Power Rating:
3 W
Resistance Value:
1 MOhm
Tolerance:
1 %
Temperature Coefficient:
±25 ppm/°C
Operating Temperature:
-55 to 210 °C
Packaging:
N/A
Dimension:
54.36 x 8.76 mm
Terminal Pitch:
N/R
The MOX-2N-131004FE is a precision, high-voltage thick-film axial resistor from the Maxi-Mox series, designed for industrial applications. It provides a resistance of 1 MΩ with a 1% tolerance, a power rating of 3.0W at 25°C, and a maximum voltage rating of 20.0KV. This component features a standard epoxy coating, a non-inductive design, and a low capacitance of 0.60 pF. Its robust characteristics make it suitable for high-voltage switching, industrial controls, HV power supplies, and medical instrumentation.
Palabras clave de búsqueda:
MOX2N131004FE
EN STOCK:
140
Puede enviar inmediatamente
Cantidad mínima de pedido:
10
Múltiple:
10
Plazo de entrega de fábrica
10 Semanas
Precio (USD)
Cantidad
Precio por unidad
Precio Ext.
10
$19.15
$191.50
30
$18.58
$557.40
50
$18.04
$902.00
100
$17.05
$1,705.00
250
$16.60
$4,150.00
500
$16.38
$8,190.00
1.000
+
$15.96
$15,960.00
Guías de productos
CLIENTELA
TAMBIÉN COMPRADO
MC18FD331J-F
Mica Multilayer RF Capacitors - SMD - 330pf (+/-) 5% - 500VDC - 25ppm/°C - 1812 - RoHS
1658621-1
The Novo Receptacle Housing Assembly with Cover from TE is made from UL 94V-0 rated black ...
111-7E
Switch Rotary SP7T 7 Flatted Shaft Quick Connect/Solder 15A 125VAC 20VDC
AQZ204
Solid State Relay 50mA 1.5V DC-IN 0.5A 320V AC/DC-OUT 4-Pin SIL Carton
T92P7D22-12
General Purpose Relay - DPST-NO (2 Form A) - 12VDC Coil - 30A Contact - 277VAC Switching -...
English
Chinese
Spanish
