help desk software
SM102033007FE by ohmite
Image is representational - see mfr. specs

SM102033007FE

Ohmite

The SM102033007FE is a high-voltage, precision thick film planar resistor with a resistance of 3,000 MΩ. ...

RoHS Compliant
BULK Emballage
ACCESSOIRES
This product is backed by Electro Sonic' Certificate of Compliance Guarantee. Rest assured you will receive the Manufacturer's Certificate of Compliance with your order. Certificate of Compliance Guarantee

DESCRIPTION

The SM102033007FE is a 3,000 MΩ precision thick film planar resistor from the Ohmite Slim-Mox series with a 1% tolerance. It is rated for 1.00W of power at 25°C, has a maximum operating voltage of 5.0KV, and features a low capacitance of 0.90 pF. This RoHS compliant component has a non-inductive design, low resistor noise, and is finished with a high-dielectric, low-outgassing epoxy coating. With its radial terminals and space-saving package, it is ideal for high-stability circuit applications including HV power supplies, medical instrumentation, and ionization chambers.

Search Keywords: SM102033007FE

SPÉCIFICATION

Product Attribute
Attribute Value
Select Attribute
Products found: 0
fournisseur:
Ohmite
Référence:
SM102033007FE
Unité de mesure:
Per Each
RoHS:
Yes
HTS:
8533210090
COO:
MX
ECCN:
EAR99
Référence: This information is provided for customers who prefer to buy in multiples of the Manufacturer’s Standard Package quantity. Minimum Order Quantities and Required Order Multiples are presented with our price and availability information.
100
Package Type:
BULK
Termination Style:
Radial
Power Rating:
1 W
Resistance Value:
3 GOhm
Tolerance:
1 %
Temperature Coefficient:
±25,±100 ppm/°C
Operating Temperature:
-55 to 110 °C
Packaging:
N/A
Dimension:
14.73 x 2.54 x 8.64 mm
Terminal Pitch:
10.16 mm

EN STOCK: 500

Peut être expédié immédiatement

Commande min Quantitè: 100

Multiple: 100

DÉLAI DE L'USINE 10 Weeks

PRICE (USD)

QTÉ
Prix unitaire
100
$2.58
300
$2.55
500
$2.54
1 000
$2.53
2 500
$2.52
5 000
$2.51
7 500
$2.50
10 000 +
$2.49

Tools/3D Models