Rev. 1.00

4

April 12, 2013

HT6P237A/HT6P247A

Absolute Maximum Ratings

StorageTemperature............................ -55˚Cto150˚C

OperatingTemperature.......................... -40˚Cto85˚C

Note:Thesearestressratingsonly.Stressesexceedingtherangespecifiedunder”AbsoluteMaximumRatings”

maycausesubstantialdamagetothedevice.Functionaloperationofthisdeviceatotherconditionsbeyond

thoselistedinthespecificationisnotimpliedandprolongedexposuretoextremeconditionsmayaffect

devicereliability.

D.C. Characteristics

Ta=25°C

Symbol

Parameter

Test condition

Min.

Typ.

Max.

Unit

condition

Logic Supply Voltage

—

—

2.0

3

3.6

V

Stand-by current

3 No load. Input pins floating

—

—

1.0

μA

“H” Input Voltage

—

—

—

—

V

“L” Input Voltage

—

—

—

—

V

Pull-high Resistance

3 D0~D3, B0~B1

—

500

—

kΩ

Hi-level output current

—

7

—

mA

Low-level output current

—

2

—

mA

R.F. Characteristics

P

Parameter

Test Conditions

Min Typ Max Units

Conditions

Average Data Current*

(Data is 50% duty cycle)

3V

@ 433MHz, POUT=+16dBm

—

21

—

mA

@ 433MHz, POUT=+12dBm

12

Data LOW current

3V

—

—

5

—

mA

RF and Crystal

Output power level

3V

OPS

0

—

12

—

dBm

Floating

—

14

—

1

—

16

—

Extinction ratio for ASK

10Kbps

3V

—

—

76

—

dBc

Output Blanking

3V STDBY transition from Low to High

—

1800

—

μs

ASK to RF Out Response

Time

3V Delta between ASK Input Transition from Low to

High to RF Output Transition from Low to High

—

1

—

μs

Harmonic output for

433.92 MHz

3V

@867.84MHz, 2nd harm

—

-50

—

dBc

@1301.76MHz, 3rd harm

-51

Occupied Bandwidth

3V @433.92MHz

— <1000 —

kHz

433.92 MHz Single Side

Band Phase Noise

3V

@100kHz from Carrier

—

-70

— dBc/Hz

-75

@1000kHz from Carrier

XTLIN, XTLOUT

3V Pin capacitance

—

15

—

pF

Note:ItisrecommendedthatVDDpoweronstabilitytimeshouldbelessthan500μstoallowthedevicetooperate

normally.