MR2001V datasheet(13/40 Pages) NXP

13 / 40 page

NXP Semiconductors

MR2001V

Return loss

G_LO

LO-port Return Loss (50

Ω)

• Single-ended configuration

–

Power

P_LO_OUT

LO Output Power

• Single-ended configuration, power code 2

-2.0

–

dBm

P_LO_RIPPLE

LO Output Power Ripple

-1.0

–

1.0

P_LO_CTRL

LO Output Power Control

• Four steps via SPI

–3.0

–

P_CTRL_R

LO Power Control

• Each with ~3.5 dB, via SPI, each channel independent, 4 steps

only: 0, -3.5, -7.0, -10.5

7.0

–

DISABLE_CTRL

Enable,Disable Functionality (FD_en, LO_en)

Via SPI

Frequency divider

NDIV

Division Ratio

• Based on VCO at 38 GHz

1024

–

1024

FDIV

Frequency Divider Output Frequency (fundamental)

37.1

–

37.6

MHz

VDIV

Divider Output Voltage

• Balanced output at defined load impedance

0.87

–

1.64

VPP

RDIV

Divider Output Load Resistance

•100

Ω single-ended

200

(balanced)

––

CDIV

Divider Output Load Capacity

• single-ended C (each side)

–

Duty Cycle

# of Last Stages to Disable - via SPI

–

5.0

–

Sensor output

S_IMP_DIS

Sensor High Output Impedance (temp. sensor)

• If corresponding sensor is disabled the output should show high

impedance

Yes

S_LOAD_R

Sensor Load Resistance

• To ground (temp, peak detector)

100

110

S_LOAD_C

Sensor Load Capacity

• To ground (temp, peak detector)

–

Temperature sensor

T_SLOPE

Temperature Sensor Sensitivity

• Two sequential readings required

–

0.55

–

mV/K

T_SLOPE_VAR

Temperature Sensor Tolerance

• Deviation from mean slope (T_slope) over temperature

-5.0

0.0

5.0

T_RANGE

Temperature Sensor Output Voltage Range

• Max. value achieved at 150 °C

0.4

–

3.0

External resistors for biasing

External Resistor 1

•E96,

±1.0%, TK = ±100 ppm/K SMD, 0402 or smaller, 50 μA

current

–2.15

–

External Resistor 2

•E96,

±1.0%, TK = ±100 ppm/K SMD, 0402 or smaller, 50 μA

current

–

14.7

–

Table 6. Interface levels

Temp = -40 °C to +125 °C, fOUT = 38 to 38.5 GHz, VCC4P0 = 4.5 V ±5.0%, and VCC3P3 = 3.3 V ±5.0%, unless otherwise noted.

Symbol

Parameter

Min.

Typ.

Max.

Unit

Notes

MR2001V Datasheet(PDF) 13 Page - NXP Semiconductors

MR2001V Datasheet(HTML) 13 Page - NXP Semiconductors

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