Di***ey : CPF0402B95K3E1 TE Connectivity Passive Product
Order today, ships today. CPF0402B95K3E1 – 95.3 kOhms ±0.1% 0.063W, 1/16W Chip Resistor 0402 (1005 Metric) Thin Film from TE Connectivity Passive Product.
Mo***r Electronics : CPF0402B95K3E1 TE Connectivity / Holsworthy
CPF0402B95K3E1 TE Connectivity / Holsworthy Thin Film Resistors - SMD CPF 0402 95K3 0.1% 25PPM datasheet, inventory, & pricing.
TE***nnectivity : CPF0402B95K3E1 : Neohm Surface Mount Resistors
95.3K Ω, Thin Film, Precision Resistor, .1 %, 2 Termination, 0402, Taped & Reeled, .063 W, ±25 ppm/°C, Solder, 1 x .5 x .3 mm, Neohm CPF. Neohm; Neohm CPF.
Am***n : TE CONNECTIVITY CPF0402B95K3E1 Surface Mount ...
TE CONNECTIVITY CPF0402B95K3E1 Surface Mount Thin Film Resistor, CPF Series, 95.3 kohm, 63 mW, - 0.1%, 25 V (100 pieces): Amazon Industrial ...
Ne***k Electronics : Surface Mount Thin Film Resistor, CPF Series, 95.3 kohm
Buy CPF0402B95K3E1 - Te Connectivity - Surface Mount Thin Film Resistor, CPF Series, 95.3 kohm, 63 mW, - 0.1%, 25 V RoHS: Yes.
Ne***k Electronics : CPF0402B95K3E1 - Te Connectivity - RES, 95K3, 0.1%
CPF0402B95K3E1 ; Voltage Rating · 25V ; Resistor Technology · Thin Film ; Resistor Element Type · Thin Film ; Resistor Type · Precision Low TCR ; Resistance Tolerance · ± ...
RS***port : TE Connectivity 95.3kΩ, 0402 (1005M) Thin Film SMD Resistor ± ...
TE Connectivity 95.3kΩ, 0402 (1005M) Thin Film SMD Resistor ±0.1% 0.063W - CPF0402B95K3E1 ; 100 - 180, £ 0.227, £ 4.54 ; 200 - 480, £ 0.209, £ 4.18 ; 500 - 980, £ ...
el***nt14 Malaysia : CPF0402B95K3E1 - Te Connectivity - SMD Chip Resistor, 95.3 ...
The TE Connectivity CPF series are high stability, thin film precision chip resistors. The resistance range includes E24 and E96 decade values from 1ohm to ...
RS*** : TE Connectivity 95.3kΩ, 0402 (1005M) Thin Film SMD ...
TE Connectivity 95.3kΩ, 0402 (1005M) Thin Film SMD Resistor ±0.1% 0.063W - CPF0402B95K3E1 ; 1000 - 1000, MYR0.625, MYR625 ; 2000 - 3000, MYR0.616, 00
Fa***ll Norge : te connectivity cpf0402b95k3e1 - Chip SMD Resistors
These resistors offer various power dissipations relating to chip size and are suitable for all applications where close accuracy and stability are essential.