MDR_LP_HM_v3

binary record ""

size: 392

field name

definition

MDR_ID

binary uint16	size: 2
Data Set Record identifier

SyncStatus

binary uint16	size: 2
Time synchronization status, source and quality

binary time

size: 12

unit: "s since 2000-01-01"

value: float(./day) * 86400 + float(./sec) + float(./microsec) * 1e-06

binary record size: 12

Time of observation

id field name definition

0 day

binary int32 size: 4

unit: "days since 2000-01-01"

1 sec

binary uint32 size: 4

unit: "s"

2 microsec

binary uint32 size: 4

unit: "1E-6 s"

I1_ion

binary double	size: 8
Ion region current probe1 unit: "A"

I1_lin

binary double	size: 8
Linear electron region current probe1 unit: "A"

I1_ret

binary double	size: 8
Retarded electron region current probe1 unit: "A"

D1_ion

binary double	size: 8
Ion region current derivative probe1 unit: "A/V"

C1_ion

binary double	size: 8
Ion region capacitance probe1

D1_lin

binary double	size: 8
Linear electron region current derivative probe1 unit: "A/V"

C1_lin

binary double	size: 8
Linear electron region capacitance probe1

D1_ret

binary double	size: 8
Retarded electron region current derivative probe1 unit: "A/V"

C1_ret

binary double	size: 8
Retarded electron region capacitance probe1

I2_ion

binary double	size: 8
Ion region current probe2 unit: "A"

I2_lin

binary double	size: 8
Linear electron region current probe2 unit: "A"

I2_ret

binary double	size: 8
Retarded electron region current probe2 unit: "A"

D2_ion

binary double	size: 8
Ion region current derivative probe2 unit: "A/V"

C2_ion

binary double	size: 8
Ion region capacitance probe2

D2_lin

binary double	size: 8
Linear electron region current derivative probe2 unit: "A/V"

C2_lin

binary double	size: 8
Linear electron region capacitance probe2

D2_ret

binary double	size: 8
Retarded electron region current derivative probe2 unit: "A/V"

C2_ret

binary double	size: 8
Retarded electron region capacitance probe2

V1_ret

binary double	size: 8
Retarded electron region voltage probe1 unit: "V"

V2_ret

binary double	size: 8
Retarded electron region voltage probe2 unit: "V"

V_ion1

binary double	size: 8
Ion region voltage probe1 unit: "V"

V_ion2

binary double	size: 8
Ion region voltage probe2 unit: "V"

V_lin1

binary double	size: 8
Linear electron region voltage probe1 unit: "V"

V_lin2

binary double	size: 8
Linear electron region voltage probe2 unit: "V"

Overflow_p2_ret_e

binary uint16	size: 2
Overflows in retarded e-region, probe2

Overflow_p1_ret_e

binary uint16	size: 2
Overflows in retarded e-region, probe1

Overflow_p2_lin_e

binary uint16	size: 2
Overflows in linear e-region, probe2

Overflow_p1_lin_e

binary uint16	size: 2
Overflows in linear e-region, probe1

Iface

binary array[16]

size: 128

LP Measurem. From Faceplate

binary double size: 8

unit: "A"

Vface

binary double	size: 8
Fix bias voltage. From Faceplate unit: "V"

P1_Gain

binary double	size: 8
Probe 1 Gain (resistor value) unit: "ohm"

P2_Gain

binary double	size: 8
Probe 2 Gain (resistor value) unit: "ohm"

Fp_Gain

binary double	size: 8
Faceplate Gain (resistor value) unit: "ohm"

deltaTime

binary double	size: 8
LP instrument measurement timestamp delta unit: "s"

ZMbias1

binary uint16	size: 2
Zero Tracking Mode bias for Probe 1 unit: "V"

ZMbias2

binary uint16	size: 2
Zero Tracking Mode bias for Probe 2 unit: "V"

sweepIndicator

binary uint8	size: 1
Indicator of sweep epochs

padding

binary bytes	size: 3
Filler for 64 bit alignment

hidden: true