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Bias-Tee
UMCC

 Bias-Tees
 Bias-Tee Diplexers

Frequencies from 10KHz to 20GHz

 "Specifications are subject to change without notice"

Sales/Technical Contact Email:  Sales@UMCC111.com

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

>  to see the actual response curves, click on  ""  (subject to availability)
 

Bias Tees

Other connector options are available (click on the model number to see the Option-Table)

Model
Number
Frequency
Range
Insertion
Loss
(Max)
VSWR
(Max)
Isolation
Bias to RF
(Min)
AVG RF
Power
(Max)
Bias
Voltage
(Max)
Bias
Frequency
Bandwidth
Bias
Current
(Max)
Bias DC
Resistance
(Max)
Outline
Drawing

BT-1510-B
All  BNC(f)

BT-1510-S
with SMA(f)

BT-1510-N
with N(f)

Response Curves in PDF
10 KHz -
1500 MHz
0.9 dB 1.35 : 1
{1.6:1 Over
10-20 KHz}
30 dB
{20 dB Over
10-20 KHz}
20 W 100 V DC - 1 KHz
{Solder-Pin for Bias}
400 mA 4.0 Ohm Fig.8-B
{ RF & RF+DC
with BNC(f) }

Fig.8-S
{ RF & RF+DC
with SMA(f) }

Fig.8-N
{ RF & RF+DC
with N(f) }
BT-2020-B
All  BNC(f)

BT-2020-S
with SMA(f)

BT-2020-N
with N(f)

Response Curves in PDF
20 KHz -
2000 MHz
0.5 dB 1.35 : 1 30 dB 10 W 100 V DC - 1 KHz
{Solder-Pin for Bias}
60 mA 0.6 Ohm
BT-1150-LB
with  BNC(f)
BT-1150-LS
with SMA(f)
BT-1150-LN
with N(f)

Response Curves in PDF
150 KHz -
1000 MHz
0.5 dB 1.25 : 1 40 dB 10 W 50 V DC - 3 KHz
{Solder-Pin for Bias}
600 mA 1.0 Ohm Fig.7
{ RF & RF+DC
with BNC(f) }

 

Fig.1
{ RF & RF+DC
with SMA(f) }

 

Fig.5
{ RF & RF+DC
with N(f) }
BT-H060-LB
with  BNC(f)
BT-H060-LS
with SMA(f)
BT-H060-LN
with N(f)

Response Curves in PDF
200KHz
- 60 MHz
0.15 dB 1.20 : 1 40 dB 50 W 50 V DC - 3 KHz
{Solder-Pin for Bias}
850 mA 1.0 Ohm
BT-H150-LB
with  BNC(f)
BT-H150-LS
with SMA(f)
BT-H150-LN
with N(f)

Response Curves in PDF
1MHz
- 150 MHz
0.2 dB 1.3 : 1 40 dB 50 W 50 V DC - 5 KHz
{Solder-Pin for Bias}
850 mA 0.7 Ohm
BT-1010-LB
with  BNC(f)
BT-1010-LS
with SMA(f)

Response Curves in PDF
10 MHz -
 1000 MHz
0.4 dB 1.3 : 1 45 dB 50 W 50 V DC - 100 KHz
{Solder-Pin for Bias}
850 mA 0.4 Ohm
BT-H250-LN
High Current
Response Curves in PDF
250 MHz
- 2.5 GHz
0.3 dB 1.25 : 1 65 dB 150 W 150 V DC - 40 MHz
{Solder-Pin for Bias}
5 A 0.1 Ohm Fig.5
{ RF & RF+DC
with N(f) }
BT-1250-MS
Response Curves in PDF
50 - 1250 MHz 0.2 dB 1.25 : 1 30 dB 50 W 100 V DC - 5 MHz
{Solder-Pin for Bias}
750 mA 0.2 Ohm Fig.2

{ RF & RF+DC
with SMA(f) }
BT-1500-MS
High Current
Response Curves in PDF
300 - 1500 MHz 0.2 dB 1.25 : 1 40 dB 40 W 100 V DC - 3 MHz
{Solder-Pin for Bias}
2.5 A 0.1 Ohm
BT-3020-MS
Response Curves in PDF
20 - 3000 MHz 0.4 dB 1.20 : 1 30 dB 10 W 50 V DC - 4 MHz
{Solder-Pin for Bias}
300 mA 0.4 Ohm
BT-302H-MS
Response Curves in PDF
20 - 3000 MHz 0.5 dB 1.20 : 1 30 dB 10 W 50 V DC - 4 MHz
{Solder-Pin for Bias}
600 mA 0.3 Ohm
BT-5030-MS
Response Curves in PDF
30 - 5000 MHz 0.4 dB 1.20 : 1 35 dB
{ 25dB Over
30-50MHz }
10 W 50 V DC - 5 MHz
{Solder-Pin for Bias}
300 mA 1.5 Ohm
BT-S000-HS
Response Curves in PDF
2 - 18 GHz 0.7 dB 1.50 : 1 40 dB 10 W 50 V DC - 20 MHz
{Solder-Pin for Bias}
500 mA 0.5 Ohm Fig.3

{ RF & RF+DC
with SMA(f) }
BT-N000-HS
High Current
Response Curves in PDF
6 - 18 GHz 0.5 dB 1.50 : 1 30 dB 25 W 100 V DC - 200 MHz
{Solder-Pin for Bias}
1 A 0.25 Ohm
BT-T000-HS
Response Curves in PDF
1 - 18 GHz 0.7 dB 1.50 : 1 25 dB 10 W 50 V DC - 100 MHz
{Solder-Pin for Bias}
350 mA 0.5 Ohm
BT-U000-HS
Response Curves in PDF
0.5 - 18 GHz 0.9 dB 1.50 : 1 40 dB 10 W 50 V DC - 10 MHz
{Solder-Pin for Bias}
350 mA 0.7 Ohm
BT-G200-HS
Response Curves in PDF
0.2 - 20 GHz 0.8 dB 1.45 : 1 30 dB 10 W 50 V DC - 10 MHz
{Solder-Pin for Bias}
175 mA 1.0 Ohm
BT-G300-HS
Response Curves in PDF
0.3 - 20 GHz 0.8 dB 1.45 : 1 30 dB 10 W 50 V DC - 10 MHz
{Solder-Pin for Bias}
300 mA 0.5 Ohm
BT-P000-HS
High Current
Response Curves in PDF
8 - 20 GHz 0.5 dB 1.50 : 1 25 dB 25 W 100 V DC - 200 MHz
{Solder-Pin for Bias}
1 A 0.25 Ohm
BT-PN00-HS
High Current
Response Curves in PDF
3.5 - 20 GHz 0.5 dB 1.45 : 1 30 dB 25 W 100 V DC - 80 MHz
{Solder-Pin for Bias}
1 A 0.25 Ohm

BT-PNSF-HS
High Current
Response Curves in PDF
3.5 - 20 GHz 0.5 dB 1.45 : 1 30 dB 25 W 100 V DC - 80 MHz
{SMA(f) for Bias}
1 A 0.25 Ohm Fig.9
{ All SMA(f) }
BT-2500-MN
High Current
Response Curves in PDF
0.5 - 2.5 GHz 0.2 dB 1.25 : 1 25 dB 40 W 100 V DC - 100 MHz
{BNC(f) for Bias}
3 A 0.1 Ohm Fig.4
{ RF & RF+DC
with N(f) }

 

 

Bias-T Diplexer

Other connector options are available
(click on the model number to see the Option-Table)

Model
Number
Frequency
Range
Insertion
Loss
(Max)
VSWR
(Max)
Isolation
Bias to RF
(Min)
AVG RF
Power
(Max)
Bias
Voltage
(Max)
Bias
Frequency Band
(50 ohm Imp.)
Bias
Current
(Max)
Bias DC
Resistance
(Max)
Outline
Drawing
BD-H250-BB
 with  BNC(f)
BD-H250-SB
with SMA(f)
BD-H250-NB
with N(f)

Response Curves in PDF
250 - 2500
MHz
0.3 dB 1.25 : 1 65 dB 100 W 150 V DC - 40 MHz
{ with BNC(f) }
3.5 A 0.1 Ohm Fig. 6

RF& (RF+DC)
with:
BNC (female)
SMA (female)
N (female)

 

All Models:
 Impedance: 50 Ohm (Nominal)
   
   
Environmental Ratings:
   Temperature:
- Operating -55C to +95C
- Storage -60C to +110C
   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
   
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