Menu
Account

Ohmite

Shop By
(Please wait after each selection for page to refresh)
Clear All

Items 76-100 of 375

< Expand Attributes >
Page
per page
Set Descending Direction
Part Number Brand Package ECCNCode ROHSCode Package Weight Package Width Package Height Package UOM Package Length Country Of Origin Model Data Min Freq (MHz) Max Freq (MHz) Insertion Loss (dB) Attenuator Range (dB) Min Freq LO (MHz) Max Freq LO (MHz) Bandwidth (MHz) Gain (dB) OIP3 (dBm) Configuration OP1dB (dBm) Bias Current (mA) Coupling (dB) P out (W) PAE Pulse Width (µs) Duty Cycle % Isolation (dB) IIP3 (dBm) Current (Id) BIT Count ID@Tc=25°C (A) VCE RDS (mΏ) IP1dB (dBm) Input Power (dBm) Noise Figure (dB) RFCW Handling (W) Amplitude Balance (dB) Phase Unbalance (°) Power Rating (W) VSWR Ratio Isolation (dB) RF Port to DC Port DC Current (mA) DC Voltage (V) RFCW Power (W) RMS Phase (dBm) Operating Voltage (V) Test Freq (MHz) Output Power (dBm) Rated Voltage DC (V) Rated Voltage AC (V) ESR EAR Type Component Zin (Ohm) Wavelength (nm) Supply Voltage (V) Standoff Voltage (V) Attenuation Variation (dB) Bias Voltage (V) Operating Current (mA) Operating Frequency (MHz) P1dB (dBm) Current (If) Breakdown Voltage (V) Average Power (W) VCC (V) VEE (V) VEE (-V) Vf (V) Termination TX # Beams RX # Beams TX Output P1dB (dBm) RDS on (mΩ) MAX Qrr (Nc) Id (A) Gain Flatness (dB) Splits (#) CSO (dBc) CTB (dBc) Least Sig Bit (dB) Vcore Voltage (V) Current (mA) Min Freq RF/LO (MHz) Max Freq RF/LO (MHz) Min Freq IF (MHz) Max Freq IF (MHz) LO Injection Side LO Carrier Sup (dBc) Harmonic Sup 3XIQ (dBc) LO-RF Isol (dBm) Power (W) InPut Power (CW) Leakage (dBm) Recovery Time (nS) Min Power Detect (dBm) Model Data Sensitivity (dBm) Directivity (dB) Max Power (dBm) Max Data Rate (Gbps) Channels (#) Switch Matrix Size Embedded CDR Embedded Ser Des CW Power Dissipation (W) Ct Total Capacitance (pF) Display Rt Resistance (ohms) TL Carrier Lifetime (ns) VBr Breakdown (V) Incident Power Max (W) Thermal Resistance Junction Capacitance (pF) Resistance Lifetime (µs) Resistance (Ohm) Tl (µs) Breakdown Voltage Min (V) Total Capacitance (pF) Dynamic Resistance (ohms) Vb (V) Junction Capacitance Min (pF) Junction Capacitance Max (pF) Reverse Voltage (V) Carrier Lifetime (nS) Tt (pS) Gamma Q Factor @ 50 MHz Phase Noise @ 100 (MHz) Conversion Loss / Gain (dBm) Lo Drive (dBm) Multiply Factor Conversion Loss (dB) Min Freq Output (MHz) Max Freq Output (MHz) Image Rejection (dBm) Power Consumption (W) Outputs (#) Output Return Loss (dB) Belden 1694A Reach (m) 3G Belden 1694A Reach (m) HD Belden 1694A Reach (m) SD Integrated Mux Max Output Current (mApp) Max Output Voltage (Vpp) Application Data Rate (Gbps) Rise/Fall Times (pS) Max Output Mod Current (mA) Min Temperature Options (C) Max Temperature Options (C) Belden 1694A Reach (m) 12G Belden 1694A Reach (m) 6G Output Power PSAT (W) Efficiency (%) Positive Supply Voltage Positive Supply Current (mA) Negative Supply Voltage Negative Supply Current (mA) Output Gate Voltage (mA) Output Gate Current (mA) Pulse Enable TTL Voltage Phase Balance (°) Impedance Ratio Crossover Frequency (dB) Rejection (dB) Return Loss (dB) Chip Style Max (mA) Max (V) Max (W) Capacitance (pF) ICC (mA) Rise/Fall Time (nS) IEE (mA) Probogation Delay (nS) Psat (P1dB) High (Y or N) LO-RF Isol (dB) RX Gain (dB) TX Gain (dB) POUT (dBm) EVM(%) RX Noise Figure (dB) Model Data / S-Par Output Type Inputs (#) Input Type Output Blanks (#) Core Voltage (V) Output Voltage (V) Output Skew (ps) Phase Jitter Typ RMS (PS) Technology Work Mode Memory Support Pin Count (#) HTS Code Case Type TRR Pin MAX (dbm) Ripple Current Case Size Rated Temperature Ceramic Type Rated Ripple Current KVAR Current (Ic) Peak Current DV/DT Current (Ifav) Current (ITav) Voltage (V) Tq rating NF (dB) Idd (mA) PWR Rating (W) Amplitute Unbalance (dB) Current (Irms) ROHSCode Continuous Current (a) ESR mΩ (DC) Maximum Power Frequency (kHz) Rated Current (a rms) Minimum Capacitance Maximum Capacitance Id (A) Display Description Insertion Loss @ 1 GHz (dB) Insertion Loss @ 18 GHz (dB) VSWR Impedance Ohms Velocity of Propagation % Height Surface Area Weight (lb/ft) Typical Force Bolt Length Type Cooling E dimension Width Dielectric Tolerance Rated Current AMP Display Speed Reference (RPM) Display Air Flow (CFM) Display Static Pressure (INCH) display NOISE (Dba) Display Watts Ohmic Value Rating (AC) Rating (DC) Max Number of Taps Overall Diameter Max(in) Voltage RMS Voltage (mV) Isolation Typical (dB) Isolation Max(dB) Voltage(kV) Insertion Loss Max (dB) Display Insertion Loss Max (dB) Forward CW Power (W) Reverse CW Power (W) Length in Meters Connector 1 Connector 2 Freq (MHz) Freq(GHz) Capacitance (uF) Capacitance (F) rdson_25_deg_c_max_mohms_display Vds_Display RDSon typical (mohms) RDSon typical (mohms) RDSon max (mohms) RDSon max (mohms) Part Structure Series Overstock Package Type Memory Type Compare Cart

OK1645E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 160000 Add

OK1655E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 1600000 Add

OK1825E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 1800 Add

OK1835E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 18000 Add

OK1845E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 180000 Add

OK1855E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 1800000 Add

OK2025E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2000 Add

OK2035E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 20000 Add

OK2045E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 200000 Add

OK2055E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2000000 Add

OK2065E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 20000000 Add

OK2225E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2200 Add

OK2235E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 22000 Add

OK2245E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 220000 Add

OK2255E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2200000 Add

OK2425E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2400 Add

OK2435E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 24000 Add

OK2445E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 240000 Add

OK2455E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2400000 Add

OK2725E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2700 Add

OK2735E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 27000 Add

OK2745E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 270000 Add

OK2755E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 2700000 Add

OK3025E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 3000 Add

OK3035E-R52

Ohmite EAR99 YES 0.099 IN 2.472 MX Carbon Film YES 5% .25 30000 Add

Items 76-100 of 375

< Expand Attributes >
Page
per page
Set Descending Direction
Shop By
(Please wait after each selection for page to refresh)
Now Shopping by
  1. Ohmic Value
    900.00 and above
  2. Technology
    Carbon Film
Clear All
Shopping Options
Watts
  1. 0.00 - 100.00 375 items
Ohmic Value
  1. 900.00 and above 635 items
Tolerance
Technology
  1. Carbon Composition 229 items
  2. Carbon Film 375 items
  3. Ceramic Composition 4 items
  4. Ceramic composition 72 items
  5. Flip Chip Film 28 items
  6. Metal Film 389 items
  7. Metal Oxide 96 items
  8. Thick Film 69 items
  9. Thick Film High Voltage 146 items
  10. Thick Film Non Inductive 33 items
  11. Thick film on Alumina 22 items
  12. Thick Film on Alumina Substrate 168 items
  13. Thick Film Planar 119 items
  14. Thick Film Power 76 items
  15. Wirewound 2618 items
Compare Products
  1. Remove This Item
Compare
Clear All
You have no items to compare.
Additional Options
800.348.5580 [email protected] Contact Us Request A Quote
Copyright © 2024 Richardson Electronics, Ltd. All Rights Reserved    |    Privacy Policy   |   Terms of Use   |   Terms of Sale   |   RELL Tubes   |   RELL.com
© 2015-2016 Rell Power. All Rights Reserved.