420-8806

Manufacturer Part Number420-8806
DescriptionAudio & Signal Transformers TELE XFMR 21X17X19MM
ManufacturerXicon
420-8806 datasheet
 

Specifications of 420-8806

Frequency Range600 KHz to 3500 KHzPrimary Impedance600 Ohms
Secondary Impedance600 OhmsTermination StyleThrough Hole
Dimensions20.7 mm L x 16.51 mm W x 19 mm HLead Free Status / RoHS StatusLead free / RoHS Compliant
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M O U S E R
E L E C T R O N I C S
1. Outline Size:
.815 max
Pin 1 Dot
(Red)
.035±.004
.150 min
Pin 1
Pin 3
.189±.020
1
Bottom View
.650 max
6
@ Pin 2 Cut off
5-6 .004 *1 515TS
4-5 .004 *1 515TS
1-3 .004 *1 1030TS
Name
MO
A
Core
Silicon Steel EI-19 Z11 0.35ø
B
Bobbin
Nylon Bobbin E108944(M)A226
C
Tape
Mylar Tape E50292(S)
D
Wire
Polyurethane Enameled copper wire E84081(S)
E
Terminal
Tin coated copper wire
Varnish
BC-346A E51047(M)
Your source for quality electronics. Toll-free full service
®
.256±.039
.748 max.
.020±.001
.409±.020
2. Schematic
PRI
SEC
1
6
3
N2
N1
5
N2
3
4
4
Electrical Specifications:
• Impedance primary: 600Ω @ 90mA
secondary: 600Ω Load (±1%)
Mylar Tape
• Impedance variation: ±10% 1KHz 1.0V series test
2TS
• DC resistance primary: 65Ω±10%
2TS
secondary: 105Ω±10%
• Insertion loss: 2.5dB max. @ 1KHz 1V 0Ma
• Frequency response: ±0.5dB @ 600-3500Hz; 1KHz 0dB
• Turns (primary : secondary): 1 : 1, ±3%
• Breakdown voltage: 1500VAC 60Hz hi-pot for one minute
is crossover between primary to secondary (3mA)
1000VAC 60Hz is winding to core (3mA)
• Insulation resistance: The insulation resistance between
winding to winding and winding to core measured by 500VDC
insulation resistance meter should be over 100MΩ
• Wire: primary: .0039ø *1
secondary: .0035ø *1
• Turns: primary: 1030 TS (REF)
secondary: 515 TS + 515 TS
Material
Rating
105°C
130°C
130°C
200°C
(800) 346-6873
420-8806
Telephone Coupling Transformer
Dimensions (In.)
A
D
Source
Bnterpidrvo Co. , LTD
Imperial Chemical Industries PLC Maranyl
Four Pillars Enterprise Co. LTD
Pacific Electric Wire & Cable Co. , LTD
Pacific Electric Wire & Cable Co., LTD
John C Dolph Company
B
C
E