TCCH-80+

Mfr.Part #
TCCH-80+
Manufacturer
Mini-Circuits
Package/Case
3.81 mm x 3.81 mm x 3.81 mm
Datasheet
Download
Description
Common Mode Chokes / Filters RF CHOKE / SURF MOUNT / RoHS

Request A Quote(RFQ)

* Contact Name:
* Company:
* E-Mail:
* Phone:
* Comment:
* Captcha:
loading...
Manufacturer :
Mini-Circuits
Product Category :
Common Mode Filter Chokes
Height :
3.81 mm
Impedance :
50 Ohms
Inductance :
500 nH
Length :
3.81 mm
Maximum DC Current :
200 mA
Maximum Operating Temperature :
+ 85 C
Minimum Operating Temperature :
- 40 C
Mounting Style :
PCB Mount
Number of Channels :
1 Channel
Package / Case :
3.81 mm x 3.81 mm x 3.81 mm
Packaging :
Cut Tape, MouseReel, Reel
Product :
RF Chokes
Series :
TCCH
Termination Style :
SMD/SMT
Type :
Wideband
Width :
3.81 mm
Datasheets
TCCH-80+

Manufacturer related products

  • Mini-Circuits
    Audio Transformers / Signal Transformers 1:1.5 CORE & WIRE Transformer, 10 - 1800 MHz, 50 Ohm
  • Mini-Circuits
    Audio Transformers / Signal Transformers 1:1 LTCC Transformer, 3300 - 5900 MHz, 50 Ohm
  • Mini-Circuits
    Audio Transformers / Signal Transformers 1:2 LTCC Transformer, 4600 - 5900 MHz, 50 Ohm
  • Mini-Circuits
    Audio Transformers / Signal Transformers 1:1.5 Core & Wire Transformer, DC - 2300 MHz, 50/75 ohm
  • Mini-Circuits
    Audio Transformers / Signal Transformers TC XFMR / SURF MOUNT / RoHS

Catalog related products

  • United Chemi-Con
    Common Mode Chokes / Filters Nanocrystalline Common Mode Coil
  • Bourns
    Common Mode Chokes / Filters CMC,9x7x4.5mm,500OMin,5A,Shd,SMD AEC-Q200
  • Bourns
    Common Mode Chokes / Filters CMC,12x11x6mm,750OMin,6A,Shd,SMD AEC-Q200
  • TDK
    Common Mode Chokes / Filters 80VDC 100uH 115mA AEC-Q200 CAN-FD
  • Bourns
    Common Mode Chokes / Filters CMC,12x11x6mm,500OMin,8A,Shd,SMD AEC-Q200

Related products

Part Manufacturer Stock Description
TCCH-80+ Mini-Circuits 14,187 Common Mode Chokes / Filters RF CHOKE / SURF MOUNT / RoHS
TCCH-80+ Mini-Circuits 14,187 Common Mode Chokes / Filters RF CHOKE / SURF MOUNT / RoHS