Signal Conditioners
Signal conditioners have a flat frequency response to over 750 MHz and have been tested to 100,000 pulses of 1.5 kV with a 400 ns pulse.

---

Power Tee
Power Tees are 50Ω, two channel passive R.F. devices specifically for pulsed power applications.

We can build Power Tees for your custom application.

Part Number	Impedance	Connector Type	Bandwidth
TSP-PWRN-050	50 Ohm	N	750 MHz
TSP-PWRB-050	50 Ohm	BNC	750 MHz

---

Attenuators and Shorting Caps
Attenuators are used in many functions. They are especially ideal for high power, short pulse signals (pulsed power) applications. TEAM’s shorting caps and terminators are non-inductive and can handle up to 10 watts depending on the required resistance and connector type. These items typically have SMA, BNC, N or HN male and female connections.



We can custom make attenuators and shorting caps with nearly any resistance and connector type you specify.

Part Number	Attenuation Ratio	Attenuation (dB)	Impedance	Connector Type	Bandwidth	Power
TSP-ATTN-015	1.5x	3.52dB	50 Ohm	N	750 MHz	1 Watt
TSP-ATTB-015	1.5x	3.52dB	50 Ohm	BNC	750 MHz	1 Watt
TSP-ATTN-020	2x	6dB	50 Ohm	N	750 MHz	1 Watt
TSP-ATTB-020	2x	6dB	50 Ohm	BNC	750 MHz	1 Watt
TSP-ATTN-025	2.5x	7.96dB	50 Ohm	N	750 MHz	1 Watt
TSP-ATTB-025	2.5x	7.96dB	50 Ohm	BNC	750 MHz	1 Watt
TSP-ATTN-050	5x	14dB	50 Ohm	N	750 MHz	1 Watt
TSP-ATTB-050	5x	14dB	50 Ohm	BNC	750 MHz	1 Watt
TSP-ATTN-100	10x	20dB	50 Ohm	N	750 MHz	1 Watt
TSP-ATTB-100	10x	20dB	50 Ohm	BNC	750 MHz	1 Watt
TSP-ATTN-200	20x	26dB	50 Ohm	N	750 MHz	1 Watt
TSP-ATTB-200	20x	26dB	50 Ohm	BNC	750 MHz	1 Watt
TSP-ATTN-500	50x	34dB	50 Ohm	N	750 MHz	1 Watt
TSP-ATTB-500	50x	34dB	50 Ohm	BNC	750 MHz	1 Watt

---

Integrators

50Ω Load Integrators

• Time constants: 0.35, 1.0, 1.9, 4.0, 8.5, 35, 50 and 68 μsec (nominal)
• Input / Output impedance: 50Ω (bi-directional)
• Bandwidth: approximately 450 MHz or better
• Peak energy: 500 V for 100 nsec (BNC or N connector) @ 1 μsec τ or longer
• Peak energy: 400 V for 100 nsec (SMA connector) @ 1 μsec τ or longer
• 2 x attenuation

1 MΩ Load Integrators

• Input impedance: 50Ω, Output impedance 1MΩ (unidirectional)
• Note: input should be terminated with 50Ω
• Bandwidth: approximately 350 MHz or better
• Peak energy: 800 V for 50 nsec (BNC or N connector) @ 1 μsec τ or longer
• Peak energy: 400 V for 100 nsec (SMA connector) @ 1 μsec τ or longer

50Ω Low Loss Integrators

• Time constants: 0.177, 0.500 and 0.800 μsec (unidirectional)
• Bandwidth: approximately 500 MHz
• Peak energy: 500 V for 100 nsec (BNC or N connector) @ 1 μsec τ or longer
• Peak energy: 400 V for 100 nsec (SMA connector) @ 1 μsec τ or longer

Time constants available for integrators are:
50Ω bi-directional devices: 0.035, 1.0, 1.9, 4, 8.5, 35, 50 & 70 μsec
1MΩ unidirectional devices: 1.77 ~ 390 μsec

Note: In the following sample part numbers, /1 represents a time constant of 1 μsec. To specify a different time constant, change the number. For example, changing the number to /0.5 or /0.8 changes the time constant to 0.500 μsec and 0.800 μsec respectively.

Part Number	Description
TSP50INTN/1 (SMA connectors) TSP50INTB/1 (BNC connectors) TSP50INTS/1 (N connectors)	50Ω bi-directional
TSP50/1MINTN/1 (SMA connectors) TSP50/1MINTB/1 (BNC connectors) TSP50/1MINTS/1 (N connectors)	50Ω unidirectional low insertion loss
TSP1MINTN/1 (SMA connectors) TSP1MINTB/1 (BNC connectors) TSP1MINTS/1 (N connectors)	50Ω bi-directional

---

High Voltage Bias Insertion Unit

Optimized For High Frequency — Allows application of high voltage, low current bias on various instruments such as our High Voltage Bias Insertion Unit. Bias network composed of a current limiter resistor and blocking capacitors. Follows a 1 nanosecond (nsec) pulse within 20 picoseconds (psec).

---

Balun Common Mode Noise Rejection System

Two Channel Adders

• N Connectors for adding identical signals
  having opposite polarity
• Especially useful for elimination noise from you data
  when millivolts of noise is as large as your signal
• The Balun unit has a bandwidth of 15 kHz to
  400 MHz at 3 db
• EMP tight

---