Tap-Tees of 12 dB or 15 dB DC to 40 Ghz

Couplers 6 dB
0.5 to 18 Ghz

Couplers 10 dB
0.5 to 40 Ghz

Couplers 20 dB
0.5 to 60 Ghz

Couplers 30 dB
0.5 to 18 Ghz

Dual Couplers
10, 20, 30 dB

Couplers 6 dB
N Connectors

Couplers 10 dB
N Connectors

Couplers 20 dB
N Connectors

Couplers 30 dB
N Connectors

Pick-Off Tees
-12 dB and -15 dB

Couplers 10 dB
1-1000 Mhz

Couplers 20 dB
1-1000 Mhz

Couplers 30 dB
1-1000 Mhz

Hybrid Couplers
90 and 180 deg.

High Power
Dual and Single

Sigatek offers a variety of Broadband Pick-off Tees with low loss, flat response from DC to 40 Ghz.
Pick off tees are resistive couplers that provide non-directional coupling of microwave signals.
A directional coupler offers an isolation of any returned signal to the coupling port whereas the Pick-Off Tee has no isolation.
Applications for these devices include digital oscilloscope pre-scaler triggering, synchronization, and clock/data recovery.

Pick-Off Tees, Pick-Off Couplers, Resistive-Tap Couplers:
Come with SMA or 2.92mm connectors, frequencies DC to 40 Ghz

Part Number PDF-Data	Frequency Range GHz	Insertion Loss dB Max	Pick-Off Level dB Max	Flatness dB Max	Connectors SMA-2.92mm	VSWR In/Out db Max	Input Power watts Max	ADD TO CART
Pick-Off Tees SMA and 2.92mm connectors - Pick-Off level -12 dB Outline-R2F									.
T1210R2F	DC-20	1.6	-12±1.0	±1.4	SMA	1.60:1	1	ORDER
T1211R2F	DC-27	1.8	-12±1.0	±1.4	SMA	1.60:1	1	ORDER
T1212R2F	DC-40	2.2	-12±1.5	±1.6	2.92mm	1.80:1	1	ORDER
Pick-Off Tees SMA and 2.92mm connectors - Pick-Off level -15 dB Outline-R2F									.
T1510R2F	DC-20	1.5	-15±1.0	±1.4	SMA	1.60:1	1	ORDER
T1511R2F	DC-27	1.6	-15±1.0	±1.4	SMA	1.60:1	1	ORDER
T1512R2F	DC-40	1.9	-15±1.5	±1.6	2.92mm	1.70:1	1	ORDER
*
- Input Power rating is for load VSWR better than 1.20:1.
- Custom and optimized designs are available.
- Environmental Conditions.
For Special applications or engineering questions call the sales office at 973-706-8475 or e-mail us at E-MAIL and we shall respond to you promptly. QUICK DELIVERY FOR OUT OF STOCK PARTS. Request a QUOTE.