BENDIX/KING KN 62/62A/64
Rev 7, November/2004 00144I06.TDC Page 1-1
SECTION I
GENERAL INFORMATION
1.1 INTRODUCTION
This manual contains information relative to the physical, mechanical, and electrical characteris-
tics and installation procedures for the KN 62/62A/64 DME. The KN 64 has lower output power
than the KN 62/62A. The KN 64 is not TSO’ed.
1.2 EQUIPMENT DESCRIPTION
The KN 62/62A/64 is a panel mounted, 200 channel DME employing the latest state of the art sol-
id-state transmitter and large scale integrated circuit (LSI) technology. All tuning is done electron-
ically using a single crystal, digital, frequency synthesizer. The unit has a gas discharge display
that simultaneously indicates range, speed, and time-to-station or range and frequency. An auto-
matic dimming circuit adjusts the brightness of the display to compensate for changes in ambient
light level.
Range, speed, and time-to-station are measured digitally, using two LSI
,
s. Two other LSI circuits
are employed in the digital frequency synthesizer and display circuitry.
The KN 62/62A/64 can be channeled internally using its own frequency selection knobs or exter-
nally from any of the common NAV receiver codes.
The KN 62/62A/64 is an extremely compact DME requiring only 1.3 inches of panel height. It can
be operated with any DC input from 11 to 33 volts. Power consumption is only 15 watts at any
input voltage; thus, forced air cooling is
not required.
1.3 TECHNICAL CHARACTERISTICS
SPECIFICATION CHARACTERISTIC
TSO COMPLIANCE (KN 62A only): F.A.A. TSO C66a
KA 60 Antenna: FAA TSO C66a and TSO C74c
KA 61 Antenna: FAA TSO C66c, C74c, C112, C118, C147
RTCA DO-160 Environmental
Categories
KN 62A: /A1B1/A/PKS/XXXXXXZBBBA
KA 60: /D2/A/JY/XXXXXXXXXXX
RTCA DO-160D Environmental
Categories
KA 61: [D2X]ACB[SCMYL,RG]XRFXX-
SXXXXXXX[XXXX][2A]AX
CHANNELS: 200 channels
ELECTRICAL: A. All solid state transmitter
B. Electronically tuned by single crystal, digital,
frequency synthesizer
C. Range, speed, and time-to-station measured
digitally, using large scale integrated circuits