Components – HYTEM

Variable attenuators

Variable attenuators designed by HYTEM are intended to allow easy test setup. Frequency range is now up to 40 GHZ.

Control can be electronic or manual (USB/TTL attenuators), which will allow to perform fast and convenient automated tests.

Electronic attenuators

Manual attenuators

Antenna

Hytem offers a choice of antenna for Indoor, Outdoor and GPS applications :

Omnidirectional or directional.

Frequency range: 1 MHz – 18 GHz.

Indoor or Outdoor.

Specific designs: ceiling, low profile, high gain.

Amplifiers

Hytem offers a wide range of power amplifiers

Wide band

LNA

Fixed attenuators

Fixed attenuators are used to decrease a RF signal power, in particular as a protection of equipments (receiver, T&M…).

For instance, they can be used with attenuation subracks/ handover simulators which input power is limited to +24 dBm (about 250 mW)

E-NodeB, RRH, BTS generate much higher RF power (50 to 100W, ie 47 to 50 dBm)

It is therefore mandatory to use RF attenuator with 30dB minimum attenuation (50 dBm – 24 dBm = 26 dB)

Attenuators are available in multiple configurations (power, frequency range, connectors….)

Low PIM versions are also available, for demanding applications requiring low intermodulation levels.

Part Number	Frequency bandwidth	Attenuation	Max input power	Connector #1	Connector #2	Packaging
03.02.528	DC-1000 MHz	6dB +/- 0,3 dB	100W CW	N male	N female	Standard
03.02.619	DC-18000 MHz	10dB -2,0/+2,5 dB	100W CW @25°C	SMA male	SMA female	Round
03.02.620	DC-18000 MHz	20dB -2,0/+2,0 dB	100W CW @25°C	SMA male	SMA female	Round
03.02.625	DC-18000 MHz	10dB -2,0/+2,5 dB	100W CW @25°C	N male	N female	Round
03.02.626	DC-18000 MHz	20dB -2,0/+2,0 dB	100W CW @25°C	N male	N female	Round
03.02.621	DC-18000 MHz	30dB -1,0/+1,0 dB	100W CW @25°C	SMA male	SMA female	Round
03.02.627	DC-18000 MHz	30dB -1,0/+1,0 dB	100W CW @25°C	N male	N female	Round
03.02.622	DC-18000 MHz	10dB -1,5/+5,0 dB	250W CW @25°C	N male	N female	Round
03.02.623	DC-18000 MHz	20dB -2,5/+5,0 dB	250W CW @25°C	N male	N female	Round
03.02.624	DC-18000 MHz	30dB -1,0/+2,5 dB	250W CW @25°C	N male	N female	Round
03.02.455	DC-26000 MHz	10dB +/- 1 dB	2W CW	SMA male	SMA female	Standard
03.02.121E	DC-3000 MHz	40dB +/- 3 dB	100W CW	7/16 male	N female	Standard
03.02.223E	DC-3000 MHz	6dB +/- 0,3 dB	100W CW	N male	N female	Standard
03.02.226E	DC-3000 MHz	30dB +/- 2 dB	100W CW	N male	N female	Standard
03.02.227E	DC-3000 MHz	40dB +/- 3 dB	100W CW	N male	N female	Standard
03.02.232E	DC-3000 MHz	30dB +/- 2 dB	100W CW	N female	N female	Standard
03.02.326	DC-3000 MHz	20dB +/- 1 dB	100W CW	7/16 male	N female	Standard
03.02.385	DC-3000 MHz	30dB +/- 3 dB	100W CW	7/16 male	N female	Standard
03.02.437	DC-3000 MHz	50dB +/- 3 dB	100W CW	7/16 male	N female	Standard
03.02.461	DC-3000 MHz	50dB +/- 3 dB	100W CW	N male	N female	Standard
03.02.474	DC-3000 MHz	10dB +/- 1 dB	100W CW	7/16 male	N female	Etroit / Narrow
03.02.514	DC-3000 MHz	20dB +/- 1 dB	100W CW	7/16 male	N female	Etroit / Narrow
03.02.532	DC-3000 MHz	20dB +/- 1 dB	100W CW	7/16 female	N female	Standard
03.02.533	DC-3000 MHz	40dB +/- 1 dB	100W CW	7/16 male	N female	Etroit / Narrow
03.02.569	DC-3000 MHz	20dB +/- 1 dB	100W CW	4.3/10 male	N female	Standard
03.02.602	DC-3000 MHz	10dB +/- 1 dB	100W CW	4.3/10 male	N female	Etroit / Narrow
03.02.614	DC-3000 MHz	30dB +/- 2 dB	100W CW	7/16 male	N female	IP54
03.02.615	DC-3000 MHz	30dB +/- 2 dB	100W CW	4,3-10 male	N female	IP54
03.02.616	DC-3000 MHz	40dB +/- 3 dB	100W CW	4.3/10 male	N female	Etroit / Narrow
03.02.604	DC-3000 MHz	1dB +/- 0,4 dB	10W CW	N mâle	N female	Round
03.02.605	DC-3000 MHz	2dB +/- 0,4 dB	10W CW	N mâle	N female	Round
03.02.606	DC-3000 MHz	3dB +/- 0,4 dB	10W CW	N mâle	N female	Round
03.02.607	DC-3000 MHz	30dB +/- 2 dB	150W CW	7/16 male	N female	Rectangular
03.02.631	DC-3000 MHz	30dB +/- 2 dB	150W CW	N female	N female	Rectangular
03.02.489	DC-3000 MHz	23dB +/- 0,8 dB	2W CW	SMA male	SMA female	Standard
03.02.516	DC-3000 MHz	12dB +/- 0,6 dB	2W CW	SMA male	SMA female	Standard
03.02.435	DC-3000 MHz	20dB +/- 2 dB	30W CW	BNC female	BNC female	Standard
03.02.302	DC-3000 MHz	3dB +/- 0,3 dB	50W CW	N male	N female	Standard
03.02.303	DC-3000 MHz	6dB +/- 0,3 dB	50W CW	N male	N female	Standard
03.02.304	DC-3000 MHz	10dB +/- 1 dB	50W CW	N male	N female	Standard
03.02.305	DC-3000 MHz	20dB +/- 1 dB	50W CW	N male	N female	Standard
03.02.306	DC-3000 MHz	30dB +/- 2 dB	50W CW	N male	N female	Standard
03.02.307	DC-3000 MHz	40dB +/- 2 dB	50W CW	N male	N female	Standard
03.02.313	DC-3000 MHz	40dB +/- 3 dB	50W CW	N male	N female	Standard
03.02.314	DC-3000 MHz	3dB +/- 0,3 dB	50W CW	7/16 male	7/16 female	Standard
03.02.315	DC-3000 MHz	6dB +/- 0,3 dB	50W CW	7/16 male	7/16 female	Standard
03.02.316	DC-3000 MHz	10dB +/- 1 dB	50W CW	7/16 male	7/16 female	Standard
03.02.317	DC-3000 MHz	20dB +/- 1 dB	50W CW	7/16 male	7/16 female	Standard
03.02.318	DC-3000 MHz	30dB +/- 2 dB	50W CW	7/16 male	7/16 female	Standard
03.02.436	DC-3000 MHz	50dB +/- 3 dB	50W CW	7/16 male	N female	Standard
03.02.460	DC-3000 MHz	50dB +/- 3 dB	50W CW	N male	N female	Standard
03.02.468	DC-3000 MHz	40dB +/- 3 dB	50W CW	4.1/9.5 male	N female	A queue / Tail
03.02.571	DC-3000 MHz	20dB +/- 1,5 dB	75W CW	N female	N female	Etroit / Narrow
03.02.572	DC-3000 MHz	30dB +/- 2 dB	75W CW	N female	N female	Etroit / Narrow
03.02.590	DC-4000 MHz	60dB +/- 3 dB	100W CW	7/16 male	N female	Standard
03.02.593	DC-4000 MHz	60dB +/- 3 dB	100W CW	7/16 male - IN	N female - OUT	Round
03.02.596	DC-4000 MHz	40dB +/- 2 dB	100W CW	7/16 male - IN	N female - OUT	Round
03.02.549	DC-4000 MHz	60dB +/- 3 dB	60W CW	7/16 male	N female	Etroit / Narrow
03.02.551	DC-4000 MHz	60dB +/- 3 dB	60W CW	N male	N female	Etroit / Narrow
03.02.560	DC-4000 MHz	40dB +/- 3 dB	60W CW	7/16 male	N female	Etroit / Narrow
03.02.592	DC-4000 MHz	60dB +/- 3 dB	60W CW	7/16 male - IN	N female - OUT	Round
03.02.555	DC-6000 MHz	40dB +/- 3 dB	100W CW	N female	N female	Standard
03.02.609	DC-6000 MHz	20dB +/- 1 dB	25W CW	SMA mâle	SMA female	Round
03.02.610	DC-6000 MHz	20dB +/- 1 dB	25W CW	SMA female	SMA female	Round
03.02.107	DC-6000 MHz	1dB +/- 0,5 dB	2W CW	SMA male	SMA female	Standard
03.02.108	DC-6000 MHz	2dB +/- 0,5 dB	2W CW	SMA male	SMA female	Standard
03.02.109	DC-6000 MHz	3dB +/- 0,5 dB	2W CW	SMA male	SMA female	Standard
03.02.110	DC-6000 MHz	6dB +/- 0,5 dB	2W CW	SMA male	SMA female	Standard
03.02.111	DC-6000 MHz	10dB +/- 1 dB	2W CW	SMA male	SMA female	Standard
03.02.112	DC-6000 MHz	15dB +/- 1 dB	2W CW	SMA male	SMA female	Standard
03.02.378	DC-6000 MHz	20dB +/- 1 dB	2W CW	SMA male	SMA female	Standard

Terminations

Loads (or terminations) are used to absorb a RF signal via heat dissipation.

HYTEM offers a wide range of loads, in terms of frequency range, power range and connectors.

Part Number	Frequency bandwidth	Connector	Max input power	Impedance	VSWR	Temperature range
02.02.65	DC-3800 MHz	N male	15 W CW	50 Ohms	1,30:1 max	-55°C / + 125°C
02.02.73	DC-3000 MHz	7/16 male	100 W CW	50 Ohms	1,30:1 max	-55°C / + 125°C
02.02.74	DC-3000 MHz	7/16 female	100 W CW	50 Ohms	1,30:1 max	-55°C / + 125°C
02.02.75	DC-3000 MHz	7/16 male	50 W CW	50 Ohms	1,30:1 max	-55°C / + 125°C
02.02.76	DC-3000 MHz	7/16 female	50 W CW	50 Ohms	1,30:1 max	-55°C / + 125°C
02.02.92	DC-6000 MHz	N male	2 W CW	50 Ohms	1,30:1 max	-55°C / + 125°C
02.02.112	DC-3000 MHz	C male	2 W CW	50 Ohms	1,30:1 max	-55°C / + 125°C

Low PIM Components

HYTEM offers different components for demanding applications with low intermodulation levels.

Cellular networks (UMTS, LTE…) typically require very low IM3 levels, in order to allow high speed data rates.

HYTEM own its own test equipments, including a dedicated measurement system for intermodulation measurement.

Low PIM attenuators

Low PIM terminations

Low PIM couplers

Power splitters / Dividers

RF splitters are used to equally divide an input signal to a number of outputs.

Each output will show same power level.

There are 2 main types of components :

Wilkinson : low loss, good isolation between outputs, but limited frequency range.
Resistive : very wide band (down to DC), but high loss, and limited isolation between outputs.

HYTEM offer a wide range of components from 2 to 12 ways, in different frequency ranges and connectors.

Directional couplers

Directional couplers divide a RF signal in 2, with different power level. This will be used, for instance, to sample a signal.

Main coupling ratio are :

1/3 – 2/3 : 4.7 dB

1/4 – 3/4 : 6 dB

1/5 – 4/5 : 7 dB

1/10 – 9/10 : 10 dB

Other coupling ratios can be defined.

HYTEM offers a wide range of components in different ferquency ranges and connectors