High Frequency

BTHF Series​

Frequency Range 10 MHz to 40 GHz

Bias Tees help add/remove DC current or voltage to/from RF circuits without impacting the RF signal. Typical applications include biasing active antennas, amplifiers and laser diodes, and for DC blocking or return in broadband microwave, RF and data communications. TTE’s BTHF Series is designed specifically for applications requiring high frequency performance. BTHF parts address frequencies from 10 MHz to 40 GHZ. They are provided with SMA female connectors or 2.92mm female connectors, depending on frequency range. Please contact TTE for additional options.

Showing 1 – 4 of 4 results Showing all 4 results Showing the single result No results found
Center Frequency (MHz)
Insertion Loss TYP (dB)
Return Loss MIN (dB)
VSWR TYP
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Part Number
Center Frequency
(MHz)
Insertion Loss
TYP (dB)
DC Port Isolation
MIN (dB)
DC Current
MAX (mA)
Return Loss
MIN (dB)
VSWR TYP
BTHF-27G
5000
1.3
25
500
15
1.50:1
BTHF-40G
5000
2.5
25
250
12
1.50:1
BTHFR-27G
5000
1.3
25
500
15
1.50:1
BTHFR-40G
5000
2.5
25
250
12
1.50:1
Notes:
  • Operating Temperature Range: -55°C to +100°C
  • High frequency design to 40 GHz
  • Superior broadband performance achieved with high-quality components and manufacturing processes
  • Very low insertion loss for entire bandwidth (< 1dB)
  • Minimal return loss and VSWR characteristics across frequency range
  • Matched to 50Ω and measured in a 50Ω test set-up
  • Extremely flat gain response (no “suck-out”) over frequency range
  • Provided with connectors:
    • SMA female for BTHF-27G
    • 2.92mm female for BTHF-40G
Downloads:
Datasheet
Case Selection Guide

CALL FOR ASSISTANCE

For assistance please call 1-716-532-2234 or email us at tte@tte.com

MADE IN USA

All TTE products are Made in the USA. Most are delivered within 2-3 weeks. Expedited lead times of 3-5 days are available on many products.

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TTE offers you several ways to obtain a filter specification quote. The easiest way is to use TTE’s Speed Quote below and submit it directly to TTE.