4-Way-Dividers

UMCC
4-Way Dividers Frequencies from DC to 20 Ghz Narrow Bands to Multi-Octave Bands Lumped Element, Microstrip, or Stripline Constructions Excellent Phase and Amplitude Tracking

- Specifications are subject to change without notice
- Click on the product model number for Specifications-Sheet in PDF

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" to see the actual response curves (subject to availability)

Low Frequency Wide Band 4-Way Dividers

Model Number	Freq. Range (MHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	VSWR Max		Amplitude Balance (dB) Max	Phase Balance (°) Max	Power (2) cw/avg Load VSWR		Outline Drawing
				S	Out			Ą	<2:1
PS-003A-4S PS-003A-4B PS-003A-4N	0.01 - 30	0.9	21	1.35	1.35	±0.05	±0.25°	4 W	10 W	(-4S) with SMA(f) (-4B) with BNC(f) (-4N) with N(f)
PD-0100-4S PD-0100-4B PD-0100-4N High Isolation	0.5 - 100	0.6	40	1.35	1.35	±0.05	±1°	2 W	8 W	(-4S) with SMA(f) (-4B) with BNC(f) (-4N) with N(f)
PD-0500-4S PD-0500-4B PD-0500-4N (3)	1 - 250	0.9	24	1.30	1.30	±0.05	±0.5°	2 W	8 W
	250 -500	1.5	20			±0.1	±1°
PD-1000-4S PD-1000-4B PD-1000-4N (3)	10 - 1000	1.0	24	1.30	1.30	±0.05	±1°	4 W	10 W
PS-3000-4S PS-3000-4N	20 - 2000	1.5	18	1.50	1.50	±0.1	±1°	2 W	8 W	(-4S) with SMA(f) (-4N) with N(f)
	2000- 3000	2.4				±0.2	±1.5°
1) Loss due to division is 6.02 dB 2) Power at SUM port 3) Also available with 75 ohm BNC(f) / ( Consult factory )

Narrow-Band 4-Way Dividers

Model Number	Freq. Range (GHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	VSWR Max		Amplitude Balance (dB) Max	Phase Balance (°) Max	Power (2) cw/avg Load VSWR		Outline Drawing
Model Number	Freq. Range (GHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	S	Out	Amplitude Balance (dB) Max	Phase Balance (°) Max	Ą	<2:1	Outline Drawing
PS-C000-4S	0.9 - 2.2	0.4	22	1.25	1.25	±0.1	±1°	2 W	20 W	Fig.3
PS-D000-4S	1.9 - 4.5	0.5	22	1.30	1.30	±0.1	±1°	2 W	20 W	Fig.8
PS-3800-4S	3.4 - 4.2	0.5	22	1.30	1.30	±0.1	±1.5°	1 W	10 W	Fig.7
PS-3800-4N All N(f)	3.4 - 4.2	0.5	22	1.30	1.30	±0.1	±1.5°	1 W	10 W	Fig.13
PS-E000-4S	4 - 8	0.6	20	1.30	1.30	±0.1	±1°	1 W	10 W	Fig.5
PS-F000-4S	8 - 12.4	0.7	18	1.45	1.40	±0.1	±1.5°	1 W	10 W	Fig.1
PD-P000-4S	10 - 20	1.2	17	1.45	1.45	±0.15	±2.5°	1 W	10 W	Fig.10
1) Loss due to division is 6.02 dB 2) Power at Sum Port

Wide-Band 4-Way Dividers

Model Number	Freq. Range (GHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	VSWR Max		Amplitude Balance (dB) Max	Phase Balance (°) Max	Power(2) cw/avg Load VSWR		Outline Drawing
Model Number	Freq. Range (GHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	S	Out	Amplitude Balance (dB) Max	Phase Balance (°) Max	Ą	<2:1	Outline Drawing
PS-K000-4S	0.85 - 4	1.0	20	1.30	1.30	±0.15	±2°	1 W	10 W	Fig.9
PS-L000-4S	2 - 8	0.7	21	1.30	1.30	±0.1	±2°	1 W	10 W	Fig.4
PS-M000-4S	4 - 12.4	1.2	18	1.55	1.55	±0.25	±3°	1 W	10 W	Fig.5
PD-N000-4S	6 - 18	1.3	17	1.60	1.60	±0.25	±4°	1 W	10 W	Fig.11
1) Loss due to division is 6.02 dB 2) Power at Sum Port

Multi-Octave-Band 4-Way Dividers

Model Number	Freq. Range (GHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	VSWR Max		Amplitude Balance (dB) Max	Phase Balance (°) Max	Power (2) cw/avg Load VSWR		Outline Drawing
Model Number	Freq. Range (GHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	S	Out	Amplitude Balance (dB) Max	Phase Balance (°) Max	Ą	<2:1	Outline Drawing
PS-R000-4S	1-12.4	1.5	17	1.55	1.50	±0.15	±4°	1 W	10 W	Fig.4
PD-S000-4S	2 - 18	2.2	17	1.60	1.55	±0.25	±5°	1 W	10 W	Fig.14
1) Loss due to division is 6.02 dB 2) Power at Sum Port

Resistive 4-Way Divider

Model Number	Freq. Range (GHz)	Insertion Loss (1) (dB) Max	Isolation (dB) Min	VSWR Max		Amplitude Balance (dB) Max	Phase Balance (°) Max	Power (2) cw/avg Load VSWR		Outline Drawing
				S	Out			Ą	<2:1
PD-Z000-4S	DC - 12	1.2	N/A	1.40	1.40	±0.2	±1.5°	0.5 W	1 W	Fig.6
1) Loss due to division is 12.04 dB, %75 power is dissipated internally 2) Power at Sum Port

All Models:
Impedance:	50 W
Connectors:	SMA(f) , ("unless otherwise specifies")

Environmental Ratings:
Temperature:
	- Operating	-55° C to +95°C
	- Storage	-60° C to +110°C
Humidity:		Mil-STD-202F, Method 103B Condition B
Shock:		Mil-STD-202F, Method 213B Condition B
Vibration:		Mil-STD-202F, Method 204D Condition B
Altitude:		Mil-STD-202F, Method 105C Condition B
Temp. Cycle:		Mil-STD-202F, Method 107D Condition B